wii - Photos - diydrones2024-03-29T09:35:23Zhttps://diydrones.com/photo/feed/tag/wiiQuadcopter flight with the FCWii board and the Wii Motion Plus and Nunchuk MEMS sensors.https://diydrones.com/photo/quadcopter-flight-with-the-102011-02-27T06:37:45.000Z2011-02-27T06:37:45.000ZJean-Louis Naudinhttps://diydrones.com/members/JeanLouisNaudin<div><img src="https://storage.ning.com/topology/rest/1.0/file/get/3689982762?profile=RESIZE_400x&width=400"></div><div><p>Test flight of my Quad Rotor Observer (QRO) v8 with the FCWii board and the Wii Motion Plus (gyroscopes) + Nunchuk (accelerometers) MEMS sensors</p><p>There was a strong wind during the tests flights (30 Km/h NW, gusting 40 Km/h, rainy...)</p><p>The tests flights have been successful, the model was very stable in spite of the bad weather conditions.</p><p>Normal flight mode and Auto-Level mode have been tested in the video.</p><p>Flight controller hardware:</p><p>- FCWii board v1.0 (ATmega 328P, Arduino PRO MINI 5V/16 Mhz compatible) from Fpv4ever</p><p>- Wii Motion Plus (genuine Nitendo version)</p><p>- Nunchuk (genuine Nitendo version)</p><p>Flight controller firmware:</p><p>- MultiWii V1_pre7 (compiled with the Arduino IDE) by Alexandre Dubus (Alexinparis)</p><p>firmware is uploaded via a FTDI 5V cable.</p><p>More infos at:</p><p><a href="http://diydrones.com/profile/JeanLouisNaudin">http://diydrones.com/profile/JeanLouisNaudin</a></p></div>Quadcopter flight with the FCWii board and the Wii Motion Plus and Nunchuk MEMS sensors.https://diydrones.com/photo/quadcopter-flight-with-the-92011-02-27T06:37:41.000Z2011-02-27T06:37:41.000ZJean-Louis Naudinhttps://diydrones.com/members/JeanLouisNaudin<div><img src="https://storage.ning.com/topology/rest/1.0/file/get/3689982237?profile=RESIZE_400x&width=400"></div><div><p>Test flight of my Quad Rotor Observer (QRO) v8 with the FCWii board and the Wii Motion Plus (gyroscopes) + Nunchuk (accelerometers) MEMS sensors</p><p>There was a strong wind during the tests flights (30 Km/h NW, gusting 40 Km/h, rainy...)</p><p>The tests flights have been successful, the model was very stable in spite of the bad weather conditions.</p><p>Normal flight mode and Auto-Level mode have been tested in the video.</p><p>Flight controller hardware:</p><p>- FCWii board v1.0 (ATmega 328P, Arduino PRO MINI 5V/16 Mhz compatible) from Fpv4ever</p><p>- Wii Motion Plus (genuine Nitendo version)</p><p>- Nunchuk (genuine Nitendo version)</p><p>Flight controller firmware:</p><p>- MultiWii V1_pre7 (compiled with the Arduino IDE) by Alexandre Dubus (Alexinparis)</p><p>firmware is uploaded via a FTDI 5V cable.</p><p>More infos at:</p><p><a href="http://diydrones.com/profile/JeanLouisNaudin">http://diydrones.com/profile/JeanLouisNaudin</a></p></div>Quadcopter flight with the FCWii board and the Wii Motion Plus and Nunchuk MEMS sensors.https://diydrones.com/photo/quadcopter-flight-with-the-82011-02-27T06:37:37.000Z2011-02-27T06:37:37.000ZJean-Louis Naudinhttps://diydrones.com/members/JeanLouisNaudin<div><img src="https://storage.ning.com/topology/rest/1.0/file/get/3689982934?profile=RESIZE_400x&width=400"></div><div><p>Test flight of my Quad Rotor Observer (QRO) v8 with the FCWii board and the Wii Motion Plus (gyroscopes) + Nunchuk (accelerometers) MEMS sensors</p><p>There was a strong wind during the tests flights (30 Km/h NW, gusting 40 Km/h, rainy...)</p><p>The tests flights have been successful, the model was very stable in spite of the bad weather conditions.</p><p>Normal flight mode and Auto-Level mode have been tested in the video.</p><p>Flight controller hardware:</p><p>- FCWii board v1.0 (ATmega 328P, Arduino PRO MINI 5V/16 Mhz compatible) from Fpv4ever</p><p>- Wii Motion Plus (genuine Nitendo version)</p><p>- Nunchuk (genuine Nitendo version)</p><p>Flight controller firmware:</p><p>- MultiWii V1_pre7 (compiled with the Arduino IDE) by Alexandre Dubus (Alexinparis)</p><p>firmware is uploaded via a FTDI 5V cable.</p><p>More infos at:</p><p><a href="http://diydrones.com/profile/JeanLouisNaudin">http://diydrones.com/profile/JeanLouisNaudin</a></p></div>Quadcopter flight with the FCWii board and the Wii Motion Plus and Nunchuk MEMS sensors.https://diydrones.com/photo/quadcopter-flight-with-the-72011-02-27T06:37:33.000Z2011-02-27T06:37:33.000ZJean-Louis Naudinhttps://diydrones.com/members/JeanLouisNaudin<div><img src="https://storage.ning.com/topology/rest/1.0/file/get/3689982586?profile=RESIZE_400x&width=400"></div><div><p>Test flight of my Quad Rotor Observer (QRO) v8 with the FCWii board and the Wii Motion Plus (gyroscopes) + Nunchuk (accelerometers) MEMS sensors</p><p>There was a strong wind during the tests flights (30 Km/h NW, gusting 40 Km/h, rainy...)</p><p>The tests flights have been successful, the model was very stable in spite of the bad weather conditions.</p><p>Normal flight mode and Auto-Level mode have been tested in the video.</p><p>Flight controller hardware:</p><p>- FCWii board v1.0 (ATmega 328P, Arduino PRO MINI 5V/16 Mhz compatible) from Fpv4ever</p><p>- Wii Motion Plus (genuine Nitendo version)</p><p>- Nunchuk (genuine Nitendo version)</p><p>Flight controller firmware:</p><p>- MultiWii V1_pre7 (compiled with the Arduino IDE) by Alexandre Dubus (Alexinparis)</p><p>firmware is uploaded via a FTDI 5V cable.</p><p>More infos at:</p><p><a href="http://diydrones.com/profile/JeanLouisNaudin">http://diydrones.com/profile/JeanLouisNaudin</a></p></div>Quadcopter flight with the FCWii board and the Wii Motion Plus and Nunchuk MEMS sensors.https://diydrones.com/photo/quadcopter-flight-with-the-6-12011-02-27T06:37:30.000Z2011-02-27T06:37:30.000ZJean-Louis Naudinhttps://diydrones.com/members/JeanLouisNaudin<div><p>Test flight of my Quad Rotor Observer (QRO) v8 with the FCWii board and the Wii Motion Plus (gyroscopes) + Nunchuk (accelerometers) MEMS sensors</p><p>There was a strong wind during the tests flights (30 Km/h NW, gusting 40 Km/h, rainy...)</p><p>The tests flights have been successful, the model was very stable in spite of the bad weather conditions.</p><p>Normal flight mode and Auto-Level mode have been tested in the video.</p><p>Flight controller hardware:</p><p>- FCWii board v1.0 (ATmega 328P, Arduino PRO MINI 5V/16 Mhz compatible) from Fpv4ever</p><p>- Wii Motion Plus (genuine Nitendo version)</p><p>- Nunchuk (genuine Nitendo version)</p><p>Flight controller firmware:</p><p>- MultiWii V1_pre7 (compiled with the Arduino IDE) by Alexandre Dubus (Alexinparis)</p><p>firmware is uploaded via a FTDI 5V cable.</p><p>More infos at:</p><p><a href="http://diydrones.com/profile/JeanLouisNaudin">http://diydrones.com/profile/JeanLouisNaudin</a></p></div>Quadcopter flight with the FCWii board and the Wii Motion Plus and Nunchuk MEMS sensors.https://diydrones.com/photo/quadcopter-flight-with-the-62011-02-27T06:37:30.000Z2011-02-27T06:37:30.000ZJean-Louis Naudinhttps://diydrones.com/members/JeanLouisNaudin<div><img src="https://storage.ning.com/topology/rest/1.0/file/get/3689982050?profile=RESIZE_400x&width=400"></div><div><p>Test flight of my Quad Rotor Observer (QRO) v8 with the FCWii board and the Wii Motion Plus (gyroscopes) + Nunchuk (accelerometers) MEMS sensors</p><p>There was a strong wind during the tests flights (30 Km/h NW, gusting 40 Km/h, rainy...)</p><p>The tests flights have been successful, the model was very stable in spite of the bad weather conditions.</p><p>Normal flight mode and Auto-Level mode have been tested in the video.</p><p>Flight controller hardware:</p><p>- FCWii board v1.0 (ATmega 328P, Arduino PRO MINI 5V/16 Mhz compatible) from Fpv4ever</p><p>- Wii Motion Plus (genuine Nitendo version)</p><p>- Nunchuk (genuine Nitendo version)</p><p>Flight controller firmware:</p><p>- MultiWii V1_pre7 (compiled with the Arduino IDE) by Alexandre Dubus (Alexinparis)</p><p>firmware is uploaded via a FTDI 5V cable.</p><p>More infos at:</p><p><a href="http://diydrones.com/profile/JeanLouisNaudin">http://diydrones.com/profile/JeanLouisNaudin</a></p></div>Quadcopter flight with the FCWii board and the Wii Motion Plus and Nunchuk MEMS sensors.https://diydrones.com/photo/quadcopter-flight-with-the-52011-02-27T06:37:26.000Z2011-02-27T06:37:26.000ZJean-Louis Naudinhttps://diydrones.com/members/JeanLouisNaudin<div><img src="https://storage.ning.com/topology/rest/1.0/file/get/3689982571?profile=RESIZE_400x&width=400"></div><div><p>Test flight of my Quad Rotor Observer (QRO) v8 with the FCWii board and the Wii Motion Plus (gyroscopes) + Nunchuk (accelerometers) MEMS sensors</p><p>There was a strong wind during the tests flights (30 Km/h NW, gusting 40 Km/h, rainy...)</p><p>The tests flights have been successful, the model was very stable in spite of the bad weather conditions.</p><p>Normal flight mode and Auto-Level mode have been tested in the video.</p><p>Flight controller hardware:</p><p>- FCWii board v1.0 (ATmega 328P, Arduino PRO MINI 5V/16 Mhz compatible) from Fpv4ever</p><p>- Wii Motion Plus (genuine Nitendo version)</p><p>- Nunchuk (genuine Nitendo version)</p><p>Flight controller firmware:</p><p>- MultiWii V1_pre7 (compiled with the Arduino IDE) by Alexandre Dubus (Alexinparis)</p><p>firmware is uploaded via a FTDI 5V cable.</p><p>More infos at:</p><p><a href="http://diydrones.com/profile/JeanLouisNaudin">http://diydrones.com/profile/JeanLouisNaudin</a></p></div>Quadcopter flight with the FCWii board and the Wii Motion Plus and Nunchuk MEMS sensors.https://diydrones.com/photo/quadcopter-flight-with-the-42011-02-27T06:37:22.000Z2011-02-27T06:37:22.000ZJean-Louis Naudinhttps://diydrones.com/members/JeanLouisNaudin<div><img src="https://storage.ning.com/topology/rest/1.0/file/get/3689982809?profile=RESIZE_400x&width=400"></div><div><p>Test flight of my Quad Rotor Observer (QRO) v8 with the FCWii board and the Wii Motion Plus (gyroscopes) + Nunchuk (accelerometers) MEMS sensors</p><p>There was a strong wind during the tests flights (30 Km/h NW, gusting 40 Km/h, rainy...)</p><p>The tests flights have been successful, the model was very stable in spite of the bad weather conditions.</p><p>Normal flight mode and Auto-Level mode have been tested in the video.</p><p>Flight controller hardware:</p><p>- FCWii board v1.0 (ATmega 328P, Arduino PRO MINI 5V/16 Mhz compatible) from Fpv4ever</p><p>- Wii Motion Plus (genuine Nitendo version)</p><p>- Nunchuk (genuine Nitendo version)</p><p>Flight controller firmware:</p><p>- MultiWii V1_pre7 (compiled with the Arduino IDE) by Alexandre Dubus (Alexinparis)</p><p>firmware is uploaded via a FTDI 5V cable.</p><p>More infos at:</p><p><a href="http://diydrones.com/profile/JeanLouisNaudin">http://diydrones.com/profile/JeanLouisNaudin</a></p></div>Quadcopter flight with the FCWii board and the Wii Motion Plus and Nunchuk MEMS sensors.https://diydrones.com/photo/quadcopter-flight-with-the-32011-02-27T06:37:17.000Z2011-02-27T06:37:17.000ZJean-Louis Naudinhttps://diydrones.com/members/JeanLouisNaudin<div><img src="https://storage.ning.com/topology/rest/1.0/file/get/3689982419?profile=RESIZE_400x&width=400"></div><div><p>Test flight of my Quad Rotor Observer (QRO) v8 with the FCWii board and the Wii Motion Plus (gyroscopes) + Nunchuk (accelerometers) MEMS sensors</p><p>There was a strong wind during the tests flights (30 Km/h NW, gusting 40 Km/h, rainy...)</p><p>The tests flights have been successful, the model was very stable in spite of the bad weather conditions.</p><p>Normal flight mode and Auto-Level mode have been tested in the video.</p><p>Flight controller hardware:</p><p>- FCWii board v1.0 (ATmega 328P, Arduino PRO MINI 5V/16 Mhz compatible) from Fpv4ever</p><p>- Wii Motion Plus (genuine Nitendo version)</p><p>- Nunchuk (genuine Nitendo version)</p><p>Flight controller firmware:</p><p>- MultiWii V1_pre7 (compiled with the Arduino IDE) by Alexandre Dubus (Alexinparis)</p><p>firmware is uploaded via a FTDI 5V cable.</p><p>More infos at:</p><p><a href="http://diydrones.com/profile/JeanLouisNaudin">http://diydrones.com/profile/JeanLouisNaudin</a></p></div>Quadcopter flight with the FCWii board and the Wii Motion Plus and Nunchuk MEMS sensors.https://diydrones.com/photo/quadcopter-flight-with-the-22011-02-27T06:37:11.000Z2011-02-27T06:37:11.000ZJean-Louis Naudinhttps://diydrones.com/members/JeanLouisNaudin<div><img src="https://storage.ning.com/topology/rest/1.0/file/get/3689982718?profile=RESIZE_400x&width=400"></div><div><p>Test flight of my Quad Rotor Observer (QRO) v8 with the FCWii board and the Wii Motion Plus (gyroscopes) + Nunchuk (accelerometers) MEMS sensors</p><p>There was a strong wind during the tests flights (30 Km/h NW, gusting 40 Km/h, rainy...)</p><p>The tests flights have been successful, the model was very stable in spite of the bad weather conditions.</p><p>Normal flight mode and Auto-Level mode have been tested in the video.</p><p>Flight controller hardware:</p><p>- FCWii board v1.0 (ATmega 328P, Arduino PRO MINI 5V/16 Mhz compatible) from Fpv4ever</p><p>- Wii Motion Plus (genuine Nitendo version)</p><p>- Nunchuk (genuine Nitendo version)</p><p>Flight controller firmware:</p><p>- MultiWii V1_pre7 (compiled with the Arduino IDE) by Alexandre Dubus (Alexinparis)</p><p>firmware is uploaded via a FTDI 5V cable.</p><p>More infos at:</p><p><a href="http://diydrones.com/profile/JeanLouisNaudin">http://diydrones.com/profile/JeanLouisNaudin</a></p></div>Quadcopter flight with the FCWii board and the Wii Motion Plus and Nunchuk MEMS sensors.https://diydrones.com/photo/quadcopter-flight-with-the-12011-02-27T06:37:04.000Z2011-02-27T06:37:04.000ZJean-Louis Naudinhttps://diydrones.com/members/JeanLouisNaudin<div><img src="https://storage.ning.com/topology/rest/1.0/file/get/3689982668?profile=RESIZE_400x&width=400"></div><div><p>Test flight of my Quad Rotor Observer (QRO) v8 with the FCWii board and the Wii Motion Plus (gyroscopes) + Nunchuk (accelerometers) MEMS sensors</p><p>There was a strong wind during the tests flights (30 Km/h NW, gusting 40 Km/h, rainy...)</p><p>The tests flights have been successful, the model was very stable in spite of the bad weather conditions.</p><p>Normal flight mode and Auto-Level mode have been tested in the video.</p><p>Flight controller hardware:</p><p>- FCWii board v1.0 (ATmega 328P, Arduino PRO MINI 5V/16 Mhz compatible) from Fpv4ever</p><p>- Wii Motion Plus (genuine Nitendo version)</p><p>- Nunchuk (genuine Nitendo version)</p><p>Flight controller firmware:</p><p>- MultiWii V1_pre7 (compiled with the Arduino IDE) by Alexandre Dubus (Alexinparis)</p><p>firmware is uploaded via a FTDI 5V cable.</p><p>More infos at:</p><p><a href="http://diydrones.com/profile/JeanLouisNaudin">http://diydrones.com/profile/JeanLouisNaudin</a></p></div>Quadcopter flight with the FCWii board and the Wii Motion Plus and Nunchuk MEMS sensors.https://diydrones.com/photo/quadcopter-flight-with-the2011-02-27T06:36:56.000Z2011-02-27T06:36:56.000ZJean-Louis Naudinhttps://diydrones.com/members/JeanLouisNaudin<div><img src="https://storage.ning.com/topology/rest/1.0/file/get/3689982608?profile=RESIZE_400x&width=400"></div><div><p>Test flight of my Quad Rotor Observer (QRO) v8 with the FCWii board and the Wii Motion Plus (gyroscopes) + Nunchuk (accelerometers) MEMS sensors</p><p>There was a strong wind during the tests flights (30 Km/h NW, gusting 40 Km/h, rainy...)</p><p>The tests flights have been successful, the model was very stable in spite of the bad weather conditions.</p><p>Normal flight mode and Auto-Level mode have been tested in the video.</p><p>Flight controller hardware:</p><p>- FCWii board v1.0 (ATmega 328P, Arduino PRO MINI 5V/16 Mhz compatible) from Fpv4ever</p><p>- Wii Motion Plus (genuine Nitendo version)</p><p>- Nunchuk (genuine Nitendo version)</p><p>Flight controller firmware:</p><p>- MultiWii V1_pre7 (compiled with the Arduino IDE) by Alexandre Dubus (Alexinparis)</p><p>firmware is uploaded via a FTDI 5V cable.</p><p>More infos at:</p><p><a href="http://diydrones.com/profile/JeanLouisNaudin">http://diydrones.com/profile/JeanLouisNaudin</a></p></div>Mini ARM7 quad 2https://diydrones.com/photo/mini-arm7-quad-22011-01-26T13:51:25.000Z2011-01-26T13:51:25.000ZTim O'Brienhttps://diydrones.com/members/TimOBrien<div><img src="https://storage.ning.com/topology/rest/1.0/file/get/3689952151?profile=RESIZE_400x&width=400"></div><div><p>Carbon fiber frame, friction-fit laser cut colored acrylic flight computer, Nintendo Wii Motion+ gyro-stabilization.</p></div>Mini ARM7 quadhttps://diydrones.com/photo/mini-arm7-quad2011-01-26T13:51:06.000Z2011-01-26T13:51:06.000ZTim O'Brienhttps://diydrones.com/members/TimOBrien<div><img src="https://storage.ning.com/topology/rest/1.0/file/get/3689952273?profile=RESIZE_400x&width=400"></div><div><p>Carbon fiber frame, friction-fit laser cut colored acrylic flight computer, Nintendo Wii Motion+ gyro-stabilization.</p></div>