BoeingHigherEducationProgram

Today, due to the season when it’s easy to fall ill, only two people were able to attend the clas...

Today, we attached Japanese paper (washi) to the main wings. To start, we divided the wing into t...

During the previous work session, the trailing edge of the main wing broke due to insufficient co...

This week, we made significant strides in constructing the framework for both wings of our flying...

Today we worked on one of the main wings and the tail wing. For the main wings, we used the jigs ...

This week, we worked on applying black washi paper to one side of the horizontal and vertical sta...

Today, we attached Japanese paper (washi) to the tail assembly. To start, we covered the table wi...

This week, we constructed the tail assembly. First, we created a CAD design of the tail, then pri...

This time, we worked on assembling the tail unit using the full-scale design plans we had printed...

Today, we cut out the ribs for the main wing using a Beambox Pro laser cutter. We began by import...

We are Group A of the 2024 Academic Year, A Semester. First, we will explain the concept of our a...

Today, we focused on the aircraft design and decided to adopt a V-tail configuration inspired by ...

We configured the arm switch on the transmitter and verified that all four motors functioned corr...

This week, we checked the operation of the rudder, elevator, and aileron. The rudder and elevator...

This is the Flying Robot Profect Team B, and we would like to share this week's progress. Today, ...

On 26 June, the seventh workday, we added diagonal elements to the upper and lower wings to incre...

This is the Flying Robot Profect Team B, and we would like to share this week's progress. Today,...

This week, we made the servo motor mounting parts, joined the left and right main wings, and full...

On the sixth session on June 19th, we cut out the remaining parts of the main wings from balsa wo...

This is the Flying Robot Project (2024S Semester) Team B, and we would like to share our progress...

Today, although the four motors moved well last time, they did not today. Two of the motors moved...

This week, we redesigned the joints between the left and right wings and the fuselage. First, the...

On June 12, the fifth session, we assembled the part connecting the upper and lower wings to the ...

This is the Flying Robot Project (2024S Semester) Team B, and we would like to share our progress...

Today, we finished assembling the electrical components and started testing them. Some of the mot...

This week, we proceeded with the fabrication of the aileron. The aileron spar is made of 3mm-diam...

In the fourth production, we assembled the lower wing framework and installed the tape hinges for...

This is the Flying Robot Project (2024S Semester) Team B, and we would like to share the progress...

Today, we assembled the electrical components. First, we soldered a connector that connects the l...

On May 29, the third session, we completed the framework of the horizontal tail fin and attached ...

This is the Flying Robot Project (2024S Semester) Team B. We would like to share the progress rep...

Today, we assembled our quadcopter, using the newly 3D-printed parts, redesigned based on the pro...

This week, I first cleaned up the plank of the left wing. Taking great care not to damage the fla...

In the second session on May 22, we applied washi paper to the vertical stabilizer that we had ma...

This is the Flying Robot Project (2024S Semester) Team B. We would like to share the progress rep...

Today, we checked the condition of a printed frame and confirmed the strength with torsion and st...

There were two main tasks. The first was to make mounts for joining the fuselage and wings. After...

Hello! In group A of the 2024 summer semester class, we decided to create a biplane capable of ae...

We are the Flying Robot Project (2024S Semester) Team B. We would like to share the progress repo...

Today, we gathered at the workshop to finalize the design of our own customized drone and borrowe...

Our group is working on a Flying Wing aircraft. This week, we worked on everything from cutting ...

Our aircraft is a T-tail with ailerons, a rudder, and an elevator. We have only built elevator an...

This week, group C shaped both wings and cut out the excess parts for joining. First, we worked o...

This week, Group D continuously proceeded with both the software and the body of the multicopter....

This week, Team C completed one wing and started working on the other. The first task was to conn...

This week, Group D proceeded with making the multicopter itself and operating the software. As...

This week, Team C split into teams of two and one to install the planks and cut out the ribs on t...

This is Team A of the Flying Robot Project (2023A Semester), and we would like to provide a progr...

This week, Group D committed ourselves to making the body of the multicopter. First, we made th...

"This week, team B started working on the main wing section. The balsa materials were cut last w...

This week, Team C installed the planks. Last week, the cut-out ribs were fixed to the plans with...

This week, Group D continued working on the multicopter’s leg. We have almost finished laser-cut...

This week, our Team C was divided into groups of two and one person, each responsible for assembl...

Today we began making the horizontal tail wing of the flying robot. We followed the same procedur...

This week in Team C, we made progress on our project to build a fully-winged aircraft, as seen in...

Team D is making a multicopter with four propellers for vertical movement and two propellers for ...

This week, Team B successfully constructed the vertical tail fin. However, for the first experime...

This is the Flying Robot Project (2023A Semester) Team A. We would like to share the progress rep...

This week, the group continued to work on the main wings and stabilisers as per usual. The member...

I am Yuito Izumi, a first-year student in the College of Liberal Arts, Science I, and I am in cha...

This week we mainly connected electrical devices with conductors. We bundled several conductors w...

This week Group A continued to work on the main wing and tail wing at the same time as last week....

This week we connected the PIXHAWK controller to the receiver and motors using the electronic spe...

We have completed the process of creating a 3D CAD model of the wing and converting it into a for...

This week, work was divided into two groups: members working on the main wings and members workin...

One of the members was absent this week due to illness. With three members working together, it w...

This week we reviewed and modified the structure of the center section of an all-wing aircraft. T...

I am Yuito Izumi, a first-year student in the College of Liberal Arts, Science I, and I am in cha...

This week, we started constructing the main wing using the ribs we cut out from the 3mm thick bal...

This is Alvin Praet, a third-year student of the faculty of Engineering Systems Innovation, who i...

Today we cut and glued balsa plates and cut carbon pipes. We also confirmed the assembly procedur...

This time, we finally determined the center of gravity, and the positions of the motor and batter...

Today, we used the laser cutter to cut the airfoil and other parts from balsa wood based on the b...

Continuing from last week’s work, we assembled the framework for the horizontal and vertical tail...

Today, we assembled the machine based on the blueprint we designed in CAD. Our machine consists o...

We are working on drone production as Group D. The other groups have six members, but our group h...

The general shapes of the main wings, horizontal stabilizers, and vertical stabilizer were determ...

My name is Alvin Praet and I am a 3rd year engineering student reporting for group C. Our airplan...

Our group is designing an all-wing aircraft. This time, we reviewed the design. In the original a...

In this class, I made the vertical tail fin, Nanako made the horizontal tail fin, and Atsushi use...

In this activity, we made a cable to connect one T-connecter (male) to six ESCs. Our hexacopte...

This week, we worked on the vertical tail wing, horizontal tail wing, fuselage, and main wing in ...

Our group made the main wing and tail. Atsushi used the laser cutter and cut the balsa parts of...

In this class, we installed and soldered the motor and feet. One of the ingenious things we did w...

The main thing we were able to do today was cut out the ribs. We have been working on the structu...

Today, we had several tasks going on at the same time. 　First, the vertical tail fin framework...

This week, our group started making the frame. The first thing we did was to cut the carbon pipe ...

Continuing from last week, we completed the main structure of our multicopter, which consists of ...

Today, we started our work in the lab. We decided to make horizontal and vertical tail fins firs...

Today we mainly worked on the skeleton of the vertical tail fin. Since our team only has first ye...

Our group was divided into two groups to work on the project. Nanako worked on the electrical com...

This time we assembled the body of the hexacopter. We used a laser cutter to cut out the balsa wo...

Nice to meet you, I am Goto, a freshman. On this day, I finished the tail wing that I made last t...

Since we had finished putting films on upper and lower parts of the main wings before, in the las...

Our group almost completed the assembly of the aircraft this time. At first, we removed the jig f...

We started applying the film to the upper and lower wings of the main wings. This work was more d...

This week, we assembled the remaining half of the main wing and assembled the main wing together....

This time we created ribs used in the center. While we make most ribs of balsa wood, we make ribs...

We started by soldering the ESC and the motor together, which went much faster than last week, pr...

June is over in an instant. This is Kikuchi. Today we assembled the tail wing and curved wing. I...

Today, we finished cutting out ribs and jigs by laser cutter and cutting off foamed styrol for th...

Continuing from last week, our team made the body and the main wing this week. The body is like a...

These days in Japan, it is a rainy season called "Tsuyu." Balsa wood easily burns in laser cutter...

This time we created ribs used in the center. While we make most of ribs of balsa wood, we make r...

We started by soldering the ESC and the motor together, which went much faster than last week, pr...

Continuing from last week, our team made the body and the main wing this week. The body is like a...

Continuing from last week, our team made the body and the main wing this week. The body is like a...

We made frame structure of upper and lower wings of a circular wing. Then, leading edge of upper ...

This week, our team started building the tail assembly. We first printed out the full-scale tail ...

"Spring is Akebono, the world is Nasake, walking like the Mogami River. How are you doing in earl...

This week, we make the main wings and ailerons of balsa wood and put together the main wings and ...

There are three main things we did this week. First, we cut black paper according to the full-sca...

Hi, we are netfoth-2, and we are working on the flying robot project. The name netfoth-2 is an a...

This week we completed the detailed design of the structure. The original plan was to place the ...

Since we lost the race in using the laser cutter, we continued with looking at the Pixracer and Q...

We have decided to build a flying wing aircraft. By last week, we have completed the aerodynamic...

This week, we worked on learning how to set up Pixracer on the computer. As it was the first time...

This week, we modified the trihedral figure including structure based on the advice we received l...

The team name is BJ-ron, where BJ comes from “Black Jack” a manga one teammate like, and “ron” fr...

Our group had determined to create a BWB(Blended Wing Body) aircraft. Most of us didn’t know much...

This week, basic team made a trihedral figure including structure of airframe. Last time, we rec...

The main things we did this week were to improve the design of the aircraft using 3D CAD, choose ...

We, team Biplane (a tentative name) plan to make a ring-shaped wing because it produces stronger ...

We are going to make a tail-sitter aircraft (VTOL). It might be difficult to make VTOL, but we ho...

This week, Team B assembled the plane, attached electrical equipment, and conducted running test....

This week, we made linkage and wheels, and finally completed our aircraft, Yukigake. We checked ...

We were able to complete to assemble almost all the parts of our plane this week. There are stil...

This Saturday, we put propellers on the multicopter and it actually fly . But on Sunday, for var...

This week we redesigned the aileron and vertical stabilizer. Also, after assembling the ribs on t...

We began to make the main wing using the jig we made last week. The ribs of the main wing were pr...

This week, Team B made tail wings. Also we connected upper wings and lower wings with struts. It...

On November 14 and 15, we decided the placements of the parts. We had to consider interference of...

From this week, we have started making an actual machine at Faculty of Engineering Building No.1...

This week, Team B made the tail wing. The original plan was to make the tail frame 5mm in thick, ...

This week we discussed the selection of components and the aircraft design. We checked the weight...

Before we set about making airplane body, we were first instructed in how to use a laser-beam pri...

This week, Team A has almost finalized the structure of the multicopter. If we make the whole bod...

This week, we discussed how to protect electrical components from water and the shape of legs. We...

This week we talked about more detailed aircraft design, parts selection and manufacturing proces...

At the beginning, we modified our trihedral drawing since it was pointed that aspect ratio was to...

This week, Team B produced a detailed blueprint. We decided the specific structure of the main an...

This week we decided what kind of multicopter we will produce. We are going to make a simple quad...

Our group, Team B, has decided to make a biplane. This week, we decided the specifications of the...

The member of teamA is Daiki Sawa and Ryousuke Takayama. And Mr. Kim is instructing us. This week...

Group C is going to make a flying wing aircraft. This week, we decided a wing shape and an airf...

We(group D) decided to make a hydroplane. However, we do not have any place for the plane to take...

We started by soldering the ESC and the motor together, which went much faster than last week, pr...

Our group, Group A, has decided to make an all-wing aircraft. The all-wing aircraft has the compl...

In the previous plan, we wanted to make a new drone body part slightly larger than the existing d...

Our group, Group A, has decided to make an all-wing aircraft. The all-wing aircraft has the compl...

Our group, Group A, has decided to make an all-wing aircraft. The all-wing aircraft has the compl...

This week, we made a good progress both in making the body and in the control methods. First, fo...

From today, we started to code our programs for controlling the aircraft. Since we decided to uti...

Today, after assembling the propeller, programming was set up so that the propeller responds to p...

Last time, we would plan to connect the propeller junction, which is to be produced with a 3D pri...

Our group, Group A, has decided to make an all-wing aircraft. The all-wing aircraft has the compl...

Hello, I’m Kenta Tanada, a member of group D of flying robot project in 2019 autumn. In this wee...

This week, we assembled a balsa that was part of the Magnus mechanism. In order to create a str...

今週は機体製作と制御の両方でかなりの進歩があった。 まず、機体製作では、当初から行なっていた３次元構造設計に誤りがあったので、全体を大幅に見直した。まず、キャンバーの厚みが薄く強度不足が懸念さ...

This time using a laser cutter, I cut out parts of the Magnus mechanism and tail parts (circle, r...

In the last meeting, we were going to create a protector for the propeller by using veneer and ma...

Today, we received our parts and the flight controller team discussed what program we should make...

This week, we originally planned to make a circuit and code for reading S-BUS. However, only aft...

This time, we made a drone body by cutting the balsa plate with a laser cutter and purchased a mo...

Today's main task was to master how to use 3D printers and laser cutters. In the meeting held las...

Hello, I’m Take Okamoto, from group D of flying robot project 2019 autumn. In today’s class, we h...

We are taking this course again to complete building Sierra, the plane we are making since the la...

Making the Flying Robot report Group A, Takumi Endo, November 5 Our group, Group A, has decid...

Hello, I'm Masaya Ido, from group D of flying robot project 2019autumn. We are going to build an ...

Last week, we divided our team member of five into a body production team and a control team. And...

Our group wants to make an interesting plane, so we decided to make the one which is uses the the...

Hello, I'm K form team E. This time we made all the parts set. Picture shows the completed plan...

We conducted our first flight test for our plane. We were excited that we will finally were able ...

Last time we calculated the position of the center of gravity and attached the main winds and the...

Today, our team continued to produce the drone part. The size of the drone was a relatively larg...

We held a regular meeting for flying robot and did three main works on July 10th. The first is as...

In the class, we made the connection part of the frame. In the last class, main bodies were made....

We are still working on the gravity center adjustment device (GCAD). The main parts of GCAD were ...

We couldn’t finish soldering in the last time, so we continued doing it in this time. Basicall...

Today, our team continued to product the drone part. The size of the drone was a relatively larg...

Last week, we could successfully control a servo motor, but we didn't use the remote controller t...

Hello, We are team E Because I intended to do a flight test this time,I installed the all equipm...

In today’s class, we attached two servos for rudders to wing tips and attached landing gears to t...

This week, we assembled the main wing. We connected the wings that we finished last week with som...

We worked on the pitching balance device, which is one of the most characteristic points of our a...

We couldn’t finish soldering in time during last class, so we continued doing it in this class ti...

We worked on the pitching balance device, which is one of the characteristics of our aircraft. Yo...

This is team A. And we want to report our plan progressing this week.This week, we did two main t...

Hello, we are team B. This week, our group mainly assembled the parts we have made. First, we cu...

We are group D. This time, we worked on bones and structures of our airplane. Since we are going ...

We are group D. This time, we worked on the structures of our airplane. Since we are going to mak...

We held a regular meeting for flying robot and did two main works on June 19th. One is extension ...

We are team B of Flying Robot Project 2019 and making a double-wing aircraft which uses ailerons ...

Last week, we confirmed the rotation of motors and the connection of the circuits. The next thi...

This week, we finally finished procuring all the necessary parts and started on the last phase of...

Although we'd thought that we can fly our aircraft, we couldn't finish all of our tasks. However,...

One of the most challenging parts of our work is to create a device for adjustment of the plane's...

Last week, we finished creating two pairs of tail assembly and one pair of main wings. Thanks to ...

We started PX4 setting this week. PX4 is a well-developed software/hardware for automated flying...

We, team C, almost completed the structure of our airplane. Since our plane has ring-wing, insert...

This week we teamA have completed building the main wings and assembly of two sets of tail wings....

This week, we changed the designs of ribs and reinforcements before the class. During the...

Hello, I'm K from team E. Let me tell you team E's progress from last week. Mr. H set papers o...

This week, We worked on wing structure and motor mounting.Right wing structure which we have made...

In the last class, a power module was broken and we couldn’t fix it. We ordered a new one at an ...

Until the previous class, we had already completed the basic structure of each wing, but other mo...

We made 2 groups. One group was in charge of main wing and the other group was in charge of tail ...

We had the 5th meeting on May 31, 2019. This article describe how our team is going on and small ...

Our team is trying to create a hybrid of a quadcopter and a fixed wing airplane. Therefore, we de...

　In today’s class, we designed and made reinforcing elements, elevons and vertical stabilizers. ...

Hi, I would like to talk about team E’s Progress. Our plane S.K.H.Q. has a twisted thin wing with...

I modified a part of the three-dimensional structure created last week. We discussed how to cre...

Today, we continued soldering of connectors and the design of the drone body. The connector was m...

This week, we began to cut out the parts and build the plane, from the plans and concept designs....

We are team B of Flying Robot Project 2019 and making a double-wing aircraft which uses ailerons ...

Continuing from last week, we made our prototype of the airplane. Last week, we cut styrene boar...

Last week,our team made some parts of the tail assembly and a pair of supports which help us maki...

This day was the first day we started actual construction work for making our flying robot. The ...

We mainly did three things this week. First, we checked the calculation we did in the past. We...

This week, the first thing we did was to make a shopping list. 2x [servo] EMAX ES09A 2x [serv...

Last week, we made all parts in our aircraft's tale assembly. Then we started making the main win...

Based on the three-dimensional structure created last week, we started making aircraft prototype...

Last week, our team designed structure of our aircraft. Our team is going to participate in the“...

Hello, I would like to introduce our team E‘s airplane, “S.K.H.Q. “.We will be challenging on a ...

We are team D and we are going to make a airplane that consists of multi copters and fixed wings...

According to the comments from a teaching assistant regarding the construction plan which we sub...

At the 2nd meeting, four main works were proceeded which were including design, research and disc...

Report from Team F, Apr. 24th Three members of the team exchanged their ideas of the aircraft ...

In today’s class, we were grouped into teams and each team decided the concept of the aircraft. O...

　Hello, we are team B for the summer semester 2019. We have six team members, one junior (major i...

This week, we were divided into groups. We talked about what kind of plane we would like to make,...

　Today, we discussed what type of flying robot we will be making. Our team wanted to make a flyin...

The update of the blog post was delayed due to busy for a while, but the flapping machine was com...

Last our activity gave us a supposition that birds would get not lift but thrust by flapping. Our...

Design Concept 　Our team decided to create a machine which flies by its wings flapping like a bi...

Today, our team tried using a laser cutter and a 3D printer. When we used the laser cutter befor...

This week, our team made ribs and two main landing gears of an airplane. We decided to use EPP(e...

Last week, we make two vertical tail wings and a horizontal tail wing. As you know, the aircraft ...

We decided to make a twin-boom model airplane with a pusher configuration. A pusher configuratio...

In the last class, we assembled the frame of our drone. We used carbon pipes and white joints ma...

Our team has been making octocopter. Last week, we assembled CFRP pipes and PLA joints into outer...

In this class, our team are creating an octocopter. Today we made some joints with 3D printer whi...

Our drone’s concept is that “to be free to rotate in any direction in the air”. The body has a r...

Today was the first flying test. To make the long story short, our robot did not fly. This was be...

We change its electronic central control system (ECCS) with a new one. As changing its ECCS, we s...

This week, we have worked to connect the main wing, horizontal stabilizer, vertical stabilizer an...

This week the other wing was fitted with the same poly-carbonate sheet cover as well. The cover w...

We built the structure of the drone, and its electric components. However, one of its motors did ...

Hello, this is Yokomura of Group B. Our group is working on the production aiming for a stylish d...

4 July report Today we worked on main wing and wiring cables of motors. 2 of us made main wing an...

This week we added forward portion of covering material for the wing. The covering is made from t...

This month, we have brought our flight model airplane to completion. This airplane was designed t...

Our team bought the thick Balsa wood from Tokyu Hands. We made the wings by laser. We also made t...

Today, we concentrated on making our drone’s body, because the controlling team, which use softwa...

This week, we firstly decided how to connect the rudder to the vertical stabilizer. At first, we ...

On June 27, we were able to bring the fixed wing aircraft part closer to completion. He made up t...

This week additional wing was assembled using parts created in previous weeks. The faulty body fr...

This week we mainly focused on cutting out balsa wood and checking the circuit. At very first sta...

This week, all parts required for wings were completed. This means that all the ribs were cut usi...

Our ‘Designing’ Team has already completed making the multicopter. Next week, we are going to con...

Today, we finally finished making a half of the main wing. We thought that it would take very lon...

Hi, I’m Ogishi. This week, we, group A, finally began making a prototype of our drone. People in ...

Last week, we completely making the main wings. Please look at this picture (picture 1). I think ...

The overall concept has been decided so far, but we didn’t decide concrete　shape of the parts, an...

This week, all the ribs were reinforced, and the assembly for drag rudder and elevon began. The i...

Our aime in this week was to completing main part of our plane's body(including the wing, tail an...

Body making section of our team cut out body from plywood, using laser printer. Our first plan wa...

Our team aims at creating one aircraft with which something can be brought from one point to a de...

This week, carbon fiber reinforced plastic rod, which will act like one of the spars to hold all ...

Today, our team mainly did two things. We made a big progress on the structure of the horizontal ...

This time we started to make the horizontal tail using balsa timbers. This photo is the scene I t...

This week, we have finished building our first flight model and started the test flight with a ma...

The Pixracer, which is the main controller of our drone had arrived, and this day was the first ...

We finished the vertical tail, the horizontal tail . The horizontal tail was nearly complete in t...

The goal of our team consists of mainly two factors. The first is to enable the drone to catch a ...

23 May Report Today, we worked on the main wing. In before class we started to make it, but we we...

Today, we started to assemble parts of our plane wings. We made the parts we cut from balsa sheet...

Our group gathered for the third time this week. Our homework for this week was to decide the air...

Hello there. I’m Ogishi, a member of group-A in the Flying Robot Project. On the night of May 16,...

Today we have completed the first version of our elevator and rudder. We were all very excited be...

This week, we started to produce the ribs from balsa wood board. An entire wing was modeled using...

In the last week’s activity, our team found that the strength of the structure was lacking to hol...

This week, we have assembled our aircraft. The airplane on the right side of this picture is the ...

Let us start today’s briefing with this picture of a TRAGEDY that has fallen upon the piece we ma...

Last week, We decided the structure and material of the flying robot's framework concretely, so w...

This week, the structural 3-dimentional diagram for our plane was completed. Adjustment based on ...

Hi, my name is Matsuura. I will report the progress of today’s meeting. In previous class, we dis...

Based on the meeting about the design of our model, we have created the model with CAD software b...

This week, we specifically designed the folding and unfolding mechanism of the airframe. After in...

This time we discussed the specific structure of the plane. It was necessary to change some point...

Today our team discussed our blueprint with our TAs. Our wing structure is going to be VERY stron...

Today our team discussed our blueprint with our TAs. Our wing structure is going to be VERY stron...

The biggest goal of group A is to make multicopter capable of winning the Flying Robot Competitio...

Last week’s lesson was the third one of Flying Robots course and we started to make our flying ro...

Diary: Designing our aircraft and determining details 18/04/25 On April 25, largely we did two ta...

Hello, this is G team in the Tokyo University’s class in which we try to make flying robots. At f...

Up to now, main components of the aircraft are almost finished. Today, each member engaged in dif...

On December 6, we almost finished assembling the main wing, even though the ailerons must be atta...

4 millimeter square carbon pipes had arrive and we started working on the wings. We chose square ...

As ordered parts had not yet arrived, we worked on other parts. We finished cutting ribs and wing...

This week we wrote aircraft blueprint with a CAD software. We got used to using the new software....

On November 8th, the team moved on to begin the wing construction. With the prior week's wing des...

On November 1st, we started the session by closing out the remaining construction of the horizont...

This week we wrote the aircraft blueprint with a CAD software. We will make parts of the aircraft...

As a business model by using drones, I suggested a cleaning agency of windows of buildings and ap...

After spending a few weeks planning the structure of the plane, we began to actually build the fr...

This week we designed the detailed structure of our plane. Each member drew drafts based on the i...

We created a plan for the Multicopter. We will create the Multicopter for sport.We will set the M...

First we finished things undone, leading edge, trailing edge and fin. We chose hinoki as material...

We continued on constructing wings. To reinforce them, we added gusset plates on intersection poi...

We heve started working on the lower wing this time.However it was unexpectedly difficult to atta...

We continue to work on the circuit parts and the body. About camera, we have trouble controlli...

This week we started constructing wings. We almost finished constructing right wing. It was very...

This week, we performed an operation check of a camera module. Using an oscilloscope, we were sur...

This week we made the main wing. We glued the left wing and the right wing together, and we cover...

Progress this week 1) Attached the wing, vertical/horizontal tail wing, and rotor mount to the f...

This week we continued on making components. Because of troubles, for example the component we d...

We have started to make the parts out of veneers using the laser cutter. We have ordered motors ...

Progress this week 1) Finished making adjustments to the wing to make it detachable (Fig 1.) 2)...

This week we started making components with laser cutter and 3d printer. We gradually learned how...

We cut down some parts from balsa wood with laser cutter. Any parts had not reached us yet, so w...

Progress this week 1) Wrapping the tail wings with thin sheet of paper 2) 3-D print the mount f...

This week, we finished making the frames of the stabilizers, the elevator, and the rudder. And we...

This week we planned to cut components, but we couldn't finish it because of trouble in draft fil...

Progress this week 1) Made the 2nd draft of the blueprint (revised the airfoil ribs and attachme...

This week we discussed detail drawings. Since we don't plan to entry flying robot contest, we don...

This week, we considered parts of the multicopter moreover. We found that the thrust of the motor...

Our concept is a tail-sitter aircraft (vertical takeoff and landing aircraft or VTOL aircraft) wi...

This week we decide concept of our robot,and make a draft of the robot. We plan to make fixed-wi...

Based on the concept of structural strength and good looks, we decided to make biplane aircraft a...

This week we drew 初期三面図. All of us don't have experience in making models, and thought it to be a...

I’m Watanabe Takafumi, a member of the Team A. The Team A is going to take part in the 2017 Flyin...

This week, we finished making electrical circuit. We need more test because this circuit is somew...

This week our team finished making our plane. We repaired the damage caused by the last flight,...

This week, we started cutting of quadcopter's frame. We already finished 2D-design and using laze...

This week, we made the structures to move the elevators or rudders and cut balsa wood to make the...

Last week we discussed the aileron linkage but we did not have enough time and we decided to fly...

[Activities of last week] Last week we did the following: Adhered the tail wings Attached a ...

We succeeded to move 9 axis sensor (MPU - 9250) with mbed. Data in the image was obtained at res...

[Work of this week] We cut carbon sticks to use for plane body or rotation axis of the main win...

This week, we designed a part to mount the circuit board. We also soldered the electronic compon...

[Activities of last week] Last week we did the following: Installed the ladder and the elevat...

This week our team modified the main wing, and made a prototype of the electric circuit that sha...

[Activities of last week] Last week we did the following: Pasted paper on the main wing Cond...

【Programming】 We succeeded to read the acceleration and gyro sensor value without the library we...

[Activities of last week] Last week I did the following: Made the flap framework, pasted pape...

We made most part of sennsor program this week and we will test this program next week.　Some elec...

Last week the main wing was almost completed, but twisting both ends of it we discovered that the...

This week, we started detailed design of hardware and software programing. Quadcopter has a compl...

We started to design the ribs. We got the coordinate data of the airfoil, dotted and joined the p...

This week our team continued making the main wing. We put in the trailing edge and the other di...

[Activity of last week] We did following things in last week. Bond stringers. Check assembly...

This week, we made horizontal tail. Our horizontal tail is flat plate wing, so we can make the ta...

【Work of the week】 Cutting out ribs of main wings by laser-cutter. Attaching a part of ribs to ...

[Activity of last week] We did following things in last week. Start making frame of the verti...

　The main point of making a quadcopter is programming. This time we tried to write a program to ...

This week, we almost completed making the tail wings. Also, we started making components of main ...

[Activity of last week] We did following things in last week. Complete detail designing of th...

The concept of Team D is to make a quadcopter which mounts a camera. In this week we made a initi...

【Outline】 I would like to start on with some explanation of the outline of our plane. We are pla...

Our team has been discussing about our model plane since the last class was over. Based on the r...

[Introduction] Our team, team A intend to improve Kyutan, the flying robot we made last year, in...

Preliminary Contest: 4th place Final Contest: 4th place Prize: Best Design Prize (by ...

This week, we completed the 3rd plane. It was needed to make a drop system for an airdrop mission...

　This week, we engaged in making the 3rd airplane. In this time, we changed both the wing and bod...

This week, we made the second prototype. We changed the main wing completely. The features of the...

[Summary of a weekly work] We have been making efforts to improve the performance of infrared (I...

We are continuing developing our autonomous control system. For computation, we use a microcontro...

[Summary of this week] In this week, we completely made our plane. Our plane’s weak point was th...

[Summary of a weekly work] We have been testing IR sensors and making the frame of the aircraft ...

Summary of weekly works We assembled an infrared (IR) projector for IR guidance system, and te...

In last two weeks, we made 3d model of our flying robot and discussed the detail structure. Our f...

[Summary of a weekly work] Last week our team studied how to achieve implementation of autopilot...

[Summary of weekly work] We made an initial three-view layout and determine the specification. ...

Last week our aircraft was hard to turn left and couldn't fly stably in the 1st test flight.　The ...

In this week we completed building our plane. On the day before the test flight we finished maki...

This week, we almost completed making our plane. Also, we finished testing our autopilot system. ...

This week what we first did was fixing the main wing of our plane. Last week we accidentally brok...

This week we mainly made main wings and fuselage-wing connection parts. As you can see from the p...

This week, we almost completed making the framework of the main wings. Also, we finished making t...

This week we began to make main wing of our plane. Because our main wing is gull wing we had to c...

This week we finished making the most of the empennage of our plane. The empennage will be compl...

This week we have a meeting based on feedback from teaching assistants. The contents of the meet...

This week our team made a first draft of the construction drawing for our model plane. Last week...

This week our team made a third draft of the 3-view drawing for our plane. Last week we made a ma...

This week, we rewrote our initial three-view drawing of the plane with smaller and smarter wings....

This week our team drew a 3-view drawing of the plane we intend to make. Firstly, we determined...

Last week, we decided to change the shape of the wing. So, in this week, firstly, we revised ...

In this week, we conducted the first flight test. In advance, we prepared a giant box made of ...

　This week our team finished making the plane. We attached electrical components to the body of t...

In this week, we finished an estimation of the center of gravity of the aircraft and making wheel...

Outline of this week’s activity is that we completed to make a main wing　and set about making whe...

This week we made progress especially in making the main wing. We had prepared the front and rear...

Summary of this week In this week, we continued making our plane. We cut and bended wood sticks ...

In this week, we started to produce the plane we design. First of all, we prepared full-sized blu...

In this week, we prepared to actually make our plane. In this week’s class, we learned how to us...

First, we revised the early drawing and review the structural drawing concerning how should we a...

In this week, we almost completed the primary 3-view drawing of our project. We had been pointed ...

[Summary of a weekly work] 　First we learned how to use CATIA, one computer-aided design softwar...

In this week, our team discussed the concepts of our plane, and made the initial three-view drawi...

On Wednesday in last week, we had the last flight test in Gotenshita Gym. In the former flight te...

This week we completed our aircraft and committed a flying test. And the result was fortunately ...

This week, we finished making electrical parts, strengthening the bond between body and the main...

This week, we finished constructing the main wing. We completed making the flame of the wing and ...

In this week, our team's wing was approaching complication. We finished making its frame, decidin...

This week we made the frames of main wings with wood. Firstly we used 3D CAD called Autodesk Inve...

After the 8th lecture, we only finished making frames of a fin and elevons. It seemed to take muc...

Last week we started to construct our airframe. We made a rudder of a vertical tail and two ailer...

In this week, we drew the exact size drawing of building a vertical tail and elevons. Following a...

Our main tasks of this week are an improvement of airfoil shapes and drawing a plan in conside...

This week, our team converted the policy of the designing our robot. We were going to make a fl...

After the 3rd lecture, we took many technical advice on our plane’s design from teaching assistan...

We started only this one concept paper. The concept we had in common is to create unique and cool...

[Summary of a weekly work] This week we tested our aircraft for the 2nd time and made a presenta...

Achievements As a whole, the flying of our aircraft is very stable. No big problems happened. Ou...

[Summary of a weekly work] This week, we completed making the airplane. In detail, we attached...

This week our team have accomplished two big tasks. One task was an improvement of main wings. Al...

In this week, we succeeded in achieving 2 main points. First we connected the body of flying robo...

[Summary of a weekly work] This week, we made a tailplane and a main wing, consulting the figure...

Last week, we 4 members finished the mid-term examinations well. So we moved to put much emphasis...

This week our team have made a framework of the vertical tail. Last week we had made 3D models of...

This week our team has made 3D models of some parts of SAKURA. To cut a board with a laser cutter...

In this week, we improved the drawing to some degree. We had been pointed out that our sketch had...

[Summary of a weekly work] This week, we drew a 3-view drawing, consulting the primary 3-view dr...

[Summary] This week, we upgraded previous data, and calculated various elements about our airpl...

[Summary of a weekly work] 　This week, we decided various elements about our airplane, and we cr...

　In the first test flight last week, our plane “Alpha” flied for sure. However, the main wing twi...

We conducted the 1st test flight this week. We were nervous that “Alpha” could not fly, but it ce...

This week, we have finally completed crafting the first version of our plane and prepared a case ...

Last week, we moved on to the first phase of the final step. Firstly, we attached the main wing ...

We assembled the right wing and the left wing and the center rib. We also assembled the center ri...

This week, we succeeded in crafting frames of a main wing and ailerons. Last week, we realized th...

This week, we had planned to start crafting the main wing. However, one of the team members who h...

　In the last class, we at last began making the plane, the main process of the course. The first ...

We were lectured how to use the laser cutter and the flight simulator, and how to cut and assembl...

Last week, after the teaching assistants explained the details of each parts, we had a free time...

Since we had several holidays this week, we did not have classes. Despite that, thanks to the TA ...

This week, we mainly discussed a 3-view drawing and submitted the amendment of the drawing. Last ...

Our goal of this week was to complete the first 3-view drawing. In order to accomplish this, we n...

2016S Semester 2nd　4/13 Today, we began the 2nd session of our project. Today’s theme was conc...

Flying Robot Project for the 2016 summer semester has started. We staff members have been continu...

We had our second test flight in the same gymnasium. In our last test flight, we noticed that th...

2015 winter semester team (VTOL aircraft team) It’s a second time Flight test today. Using two...

We had our first test flight this day. We went to a civic gymnasium near our university. We achi...

１回目の飛行試験を行った。 飛行試験でははじめに通常の固定翼機として飛行させ、成功した。 また、マルチコプター用のローターを姿勢制御なしで作動させ揚力が十分に発生することを確認した。 さら...

Happy New Year!! This was our first meeting of the year. Today, we tried to integrate the system...

This week, principally, we made electric wiring with soldering. Moreover, we put forth motor full...

We started to integrate our system. On the quad copter, we will place two microcomputers. One of ...

Almost the airframe assembling is completed by the class of this week. We’re going to wire motor...

We kept on working to keep aircraft maintain designated altitude. The vibration is getting smalle...

For the reason that the 3D printer that belongs to the Flying robot project was out of order, we ...

We started to work on our automated control system of the quad copter. We will program the microc...

This week, we attempted to make joint components with 3D printer. However, 3D printer didn’t work...

We kept on working to make our aircraft fly stably. We changed the microcomputer of the aircraft ...

Last Friday, we made frame of the tail wing and cut members of the main wing, so we continued c...

There is a laboratory that works on quad copter in the department of aeronautics and astronautics...

We made the center rib and wing-body junction with a laser cutter, and readjust them. In paralle...

This week we worked on adjusting the control system. We are using a PID controller to control pit...

We tried to cut out some parts of the plane which we designed using 3dCAD based on the result of ...

Hello, this is the quad copter team. Our team name is i-Pochi, as our goal is to make an aircraft...

We were not clear on our allocation of tasks, so we were not able to work efficiently. So in the ...

The Contest was finished. Unfortunately, the result is the 3rd place. However, we are satisfied w...

Taking the results of the last test flight at the Ota-City General Gymnasium, we changed the desi...

We conducted test flights at Ota-City General Gymnasium where the Contest will be held. Because o...

We diverted the main components from the 2nd airfoil to the 3rd airfoil and make new propeller gu...

We conducted test flight and practice for the contest. Our multicopter flew successfully without...

Assemble of our multicopter has completed. The following lists are specs; Material: aviation pl...

We have started to assemble our multicopter version 2. We don't use multiwii for version 2 multi...

We used press fitting as a new attaching method of the propellers. The cause of instability and f...

We installed new motors we ordered last week, and furthermore, we made test flights. We found tha...

We had a meeting for the contest since we finished examinations and reports. The cause of instabi...

The result is that we were 9th place in the competition and 1st place in the poster session. Abou...

On September 27th, the final day of the Flying Robot Contest, we were 9th place in the final roun...

On September 26th, the second day of the Flying Robot Contest, we got passed the preliminary roun...

On September 25th, a first day of the Flying Robot Contest, we helped the site management, displa...

In the contest, we get points if the plane collects magnet locks with ribbon and comes back to a ...

On September 16th, we found that our airplane’s airfoil was not good. Clark Y is adopted for the...

When we made experimental flight a few days ago, our plane failed to turn somersault and then cra...

In the contest, chicken ramen mini will be used as relief supplies. On September 2nd, we made a r...

On August 26th, firstly, we made wing-body junction slim and easy to attach and detach. Specifica...

In the contest, we have to load relief supplies and payload on the plane, so body weight will be ...

1 team per university can participate in the general category of the Flying Robot Contest which w...

In the test flight which was held on July 28th, our plane tended to turn left with no operation. ...

We tested our plane in flight at Edogawabashi gymnasium. Our main aim this time was improvement o...

On July 24th, we made improvements on fixing method for main landing gears because in the test fl...

We made a final result presentation on July 15, 2015. In the presentation, we reported about the...

This week , based on the result of the previous flight test , we discuss the future of the policy...

I will talk about the 3rd test flight on July 6. In the 2nd test flight, we adjusted gain paramet...

This week, we made experimental flights of the 1st prototype. The phenomenon that crashed immedia...

Today, we checked operation of control board of qurdcopter. First we checked that the controller ...

In today’s activity, we cut a frame and stiffening ribs of 2nd prototype by laser cutter. It is...

In today’s activity, we continued to assemble the 1st airframe. As the solution of the last week’...

Today, we have started to assemble the first airframe. Its structure is so simple that we could b...

Today, we will describe the action policy of team F. At the beginning of May, we draw up a plan a...

Weekly report from team F. We all work on this project for winning the Flying Robot contest in t...

On July 15th, the result presentation meeting was held. We explained the concept of our plane and...

After the flight test, we held a meeting and evaluated our plane. Summary of opinions are shown b...

On July 6th we did the flight test, but the plane did not fly. Negative pitching moment was too...

Finally, we finished making the plane. At the final stage of crafting, there were some problems s...

A big mistake in the drawing of the wing was discovered, so we decided to remake the wing from al...

On June 17th, we pasted paper sheets on the frame of elevon, rudder and vertical stabilizer, and ...

This week, we created the frames of elevon and vertical stabilizer. We placed one balsa wood on e...

First, we learned processing method of materials and moving method of electrical system. And then...

Today a problem of design was pointed out. The number of beams placed near the center of the wing...

This is the first report from team E. From last week we have started designing our airplane, but　...

We had the presentation meeting today. Each team gave a presentation about their activity in this...

Having finished our test fly, we are now going forward to a presentation held next week, which i...

On July 6, 2015, we finally examined our planes in a gym nearby. Battery loaded and the main wing...

We have managed to unite the left and right main wings, stretch a string amongst the main wing i...

We finally completed the main wings on Friday 26 June. As is the same situation since last few we...

Project has been delayed. According to the first plan, the frame of the main wing should be compl...

Intensive construction of the plane has begun. We are to show the completed aircraft on July 6th ...

We started building the plane this week. Working place has changed from a classroom to the factor...

Last week we submitted secondary three-plane drawings in which specification was much more detail...

Weekly report from team D. There held on May 20th the presentations about the first draft partic...

Weekly report from team C. On July 15th, the result briefing was held. We explained our comple...

Weekly report from team C. On July 8th, we looked back on a sequence of activities. Certain me...

On July 6th, we tested our plane in flight at Bunkyo general gymnasium. It had no problem about ...

Weekly report from team C. On July 1st, we soldered electrical equipment together, then confor...

Weekly report from team C. On June 24th, we made connecting structure of wheel and rib with pi...

On June 17th, we pasted sheets of paper on the frameworks of vertical stabilizer, horizontal sta...

Weekly report from team C. On June 10th, we processed sheets of balsawood into the main spar, ...

Weekly report from team C. On June 3rd, we learned how to process balsawood into wing and how ...

Weekly report from team C. On May 27th, we gave a presentation on a structural drawing about o...

Weekly report from team C. On May 20th, we gave a presentation on a three view rough drawing abou...

Weekly report from team B. As today's class was the final class of the semester, each group did a...

Weekly report from team B. Today was a clean-up day. After cleaning up our workspace, there were ...

Weekly report from team B. Today was the day of test flight. First thing we had to do was to carr...

Weekly report from team B. The first thing we did this week was to finish the work on the wing. W...

Weekly report from team B. This week, we managed to finish the construction of the wing for the m...

Weekly report from team B. Our goals this week were to cut out the ribs for the wing, and to star...

Weekly report from team B. We continued to work on the tailplane and the vertical tail during the...

Weekly report from team B. We finally started making an airplane. We decided to begin crafting fr...

Weekly report from team B. In this week's class, we presented our structural three-view drawing w...

Weekly report from team B. What we did this week was to improve our basic airplane design based o...

Weekly report from team A. We completed our entire project and gave a presentation. We reported t...

Weekly report from team A. We finished the test of our plane on Monday. So We discussed what is w...

Weekly report from team A. We brought our plane to Bunkyo Sougou Taiikukan (Bunkyo General Gym), ...

Weekly report from team A. At last we have finished manufacturing the aircraft. Thanks to help fr...

Weekly report from team A. We have already made a vertical tail assembly, a horizontal tail assem...

Weekly report from team A. The tail wings flame had been completed last week, and we set about ma...

Weekly report from team A. We have started a horizontal tail and vertical tail last week. First, ...

Weekly report from team A. We’ve started making frames of our airplane. Before making them, we le...

Weekly report from team A. What we’ve done this week is making the structure three-view drawing a...

Weekly report from team A. We’ve started designing our airplane. Our concept is giving the suffic...

Weekly report from team B, automatic controlling. Our airplane had successfully operated in auto...

This is a report of B team’s first test flight. We completed our airplane composed of separately...

Weekly report from team B, automatic controlling. We have been assembling our airclaft this week...

Weekly report from team B(automatic controlling). This week we have presented our midterm report...

This week, we gave a cut of the center rib and the wing ribs by laser cuter. In addition, because...

Correcting and confirming structure design, we started to make the actual plane since last week. ...

Weekly report from team B(automatic controlling). This week we have decided the concrete schedul...

We prepared the structural three-dimensional figure until today and in the lecture, we gave a pre...

　Weakly report of the team aiming at automatic control. 　In this term, it has been clarified wha...

　The concept of B team is " challenging automatic control ", so we aim to make an airplane which ...

Weekly report from team A, making a manned ornithopter. The first version of our airplane did no...

Weekly report from team Ornithopter. Our team did a mid-term presentation this week. On December...

Weekly report from team Ornithopter. We finished to put a wing surface. to make mounts on whic...

Weekly report from team A. (Ornithopter) We completed the framework of the wing that had been ma...

　Weekly report from teamA,making a mannered ornithopter. 　This week we started to build a tail w...

　Weekly report from team A. This semester for the flying robot project, we have decided to make a...

　Weekly report from team Ornithopter. 　This week we mainly checked the operation of a motor conn...

　Finally, the contest day was coming. The flight test in the morning, we checked the flight path,...

　Weekly report from team BATMAN. We took part in the 10th Indoor Flying Robot Contest on Septembe...

　Today, we did the second flight test. Then we used the lighter battery because weight of our air...

　Weekly report from team BATMAN. This week we completed the final version of the aeroplane. As yo...

　We conducted two test flights. One was that we put five beanbags on our aircraft. The other one ...

　This week we created beanbags dropped equipment, ailerons and a collecting device. Effectiveness...

　Weekly report from team BATMAN. This week we did not make much progress. 　In this report, I wil...

　Weekly report from team BATMAN. 　We conducted the flight test on September 1st. In the test we...

　This week, we made a box for a carrying the SKIP UNIT 1. We chose the Styrofoam and plastic card...

　Weekly report from team BATMAN. This week we made the third version of main wing. 　The characte...

　Our airplane is named BATMAN. We completed the second version of the plane in this week. 　We in...

　This is the last report of this project as a class. Three teams have conducted their flight expe...

　This week each team worked on mounting electrical devices to their aircraft. Mainly there are fi...

　Our aircraft was named SKIP. We would like to introduce our aircraft, SKIP UNIT 1, which we crea...

　In this week, most of the teams have finished producing the frame of the wing, so they first fil...

This week the teams continued the production of the main wings. Each team has different kind of c...

　This week the teams continued to make their airplanes. Most of the teams started to working on t...

　This week the teams finally began the actual production of the airplanes. The teams learned how ...

　This week each of the teams displayed their own aircraft’s structural 3 view drawing by explaini...

　This week, each of the team first presented their own design of airplane by showing initial 3 vi...

　This week, we were divided into three groups. These are the groups in which we are going to make...

　In this week session, from Teacher Tsuchiya, we received an explanation of the contest rules. Ac...

In the middle of April, we’ve newly started the flying robot project, which aims to participate i...

This time, we conducted the last flight test. Last time we conducted, the plane began vibrating w...

This week, we wrote temporary version for the auto flying system and checked the program by using...

After winter vacation, we managed to finish the codes for auto pilot and real time downlink. So, ...

Last week, we tried to estimate the location and the attitude of the airplane using nine-axis acc...

In this class, we reported the characteristics of the sensors and how we used them. We realized t...

This week we asked Mr. Tsuchiya, who is an associate professor in the Aerospace Engineering facul...

This week, we shared with one another what we did last week and decided the development objective...

Last week, we bought Arduino, a micro computer which is widely used all over the world. As our ho...

In the last term we made radio controlled indoor airplanes, took part in the competition and we w...

In this week, we repaired the main wing of the air plane No.3 and made a new main wing. We did no...

We held the fifth flight experimentation in September 30th. We experimented the airplane No.3 whi...

The first airplane we made flew smoothly. However, there are two major problems. First of all, ma...

In the last two weeks we were trying to make an improvement to the first unit. After the first fl...

What we did last week are these. 1:Fix tail planes, main wings and servomoters to the rear part ...

“Indoor airplane project” as the classwork of the university has finished. However, we continue t...

This day was the last day of the class. For this class we successed to build the main and tail w...

Today we prepared to make the wings of our model airplane. First, we cut all parts that are requ...

We usually hold this class on Wednesday. However, we gathered this Monday to build our model plan...

This week we prepared to laser-cut the parts and do the assembly. For this, we built the wing ca...

We held test flights of radio-controlled airplane which we made few weeks ago. We had two purpose...

In the last two weeks we drew the structural three-view drawing. First, we changed the size of t...

In this week, we checked our design of the model plane in terms of aerodynamics and structural dy...

This week we tried a destructive test on the main wing of the “Amembo”. The test was done by atta...

This week, we took a lecture about strength of the structure of the main wing. We are planning to...

Today we finished building the body of the model RC plane, and tested the motors and the RC syste...

We continued making the radio-controlled airplane kit which we started making last week. On the l...

In May 8, we started to build a light and high-performance RC-plane, which is a kit and already d...