SunFounder 250 Manuals

2/9/2018 SunFounder 250 - Wiki http://wiki.sunfounder.cc/index.php?title=SunFounder_250 1/12 SunFounder 250 From Wiki Contents 1 Introduction 2 Feature 3 Components Test Before Assembly 3.1 1. Battery, Balance Charger and Power Adapter Test 3.1.1 Test Operations: 3.1.2 Note: 3.2 2. Battery Indicator Alarm (with Buzzer) Test 3.2.1 Test Operations: 3.3 3. Motors Test 3.3.1 Test Operations (power-off): 3.4 4. ESCs Test 3.4.1 Test Operations (power-on): 3.5 5. Section Board and Power Cord Test 3.5.1 Test Operations: 3.6 6. Flight Controller Board Test 3.6.1 Test Operations: 4 Related links 5 FAQ Introduction The realization of FPV flying starts from having a SunFounder 250 aircraft. The SunFounder 250 Quadcopter is tailored for the hobbyists for FPV flying. It features stability, flexibility and activity. You can realize a stable flight in a high or low altitude or in a forest with the SunFounder 250. The skid landing damping sponge tubes bound onto the motors help stablize the flight and protect the frame through increasing the buffer between the frame and the land when the aircraft is landing. It runs the OpenPilot firmware of the flight controller firmware and the 12A SUNFOUNDER brushless electronic speed controller. This kit is designed to meet the hobbyists’ higher requirement of flying the aircraft. You can realize a stable flight in a small space or a rapid 3D flight based on your own configuration and parameter setting. Note: If the motor and ESC in the kit you received are both carrying SUNFOUNDER logo, then you receive the SF250 V2.0. The assemly procedures are the same with V1.0 version, please refer to the video below : https://www.sunfounder.com/video/category/?cat=40 Feature

2/9/2018 SunFounder 250+Radiolink T8FB Remote Controller(Assembled) - Wiki http://wiki.sunfounder.cc/index.php?title=SunFounder_250%2BRadiolink_T8FB_Remote_Controller(Assembled) 1/22 SunFounder 250+Radiolink T8FB Remote Controller(Assembled) From Wiki Contents 1 Introduction 2 Features 3 Components Test Before Assembly 3.1 1. Battery, Balance Charger and Power Adapter Test 3.2 2. Battery Indicator Alarm (with Buzzer) Test 3.3 3. Power on Radio Transmitter 3.4 4. Assembled Kit Test 3.5 5. Trial Flight 4 Calibration after flight 5 Related links Introduction