Established in 2002, Shenzhen TitanFlying Technology Co., Ltd (TTF) is located in Shenzhen University Town, known as the Silicon Valley of China. TTF has more than 20 years' experience on mechanical processing.
Autonomous operation
Terrain following
High positioning accuracy
Low voltage alarm
Pesticides monitoring
T1 flight quadcopter controller is a mature flight controller for agricultural UAV. Diy quadcopter flight controller provides rich and practical function that can meet the multiple requirements of the current agricultural UAV. By the integration of high precision sensor, the application of advanced industrial precision calibration algorithm as well as reasonable intelligent operation mode, the more efficient, accurate and convenient way of plant protection work can be realized.
Autonomous operation/ One key takeoff and landing
Autonomous operation according to the scheduled route, once the route is planned, it can be reused. Automatic takeoff or landing can be achieved by a switch.
Terrain following/ Height hold
The relative height between aircraft and crops can be maintained with high precision radar. The track is guided by the integrated navigation system, which can make sure that the flight is a straight line.
High positioning accuracy/ Long distance cruise
Support GPS, reliability is improved. Can automatically work even if out of the sight distance.
Low voltage alarm/ Resume work
Support voice alarm when low voltage and record current position before auto return. After replacing the battery, return to break point and resume work automatically.
Pesticides monitoring/ Uniform spraying
Support monitor the pesticide dosage; voice alarm and auto return are performed when there is no pesticide. After adding the pesticide, return to break point and resume work automatically.
Reliable algorithm/ Stable attitude
With high precision IMU and robust control algorithm, the aircraft has stable attitude and high anti-interference.
Monitoring / Broadcast function
Support cell phone ground station, which can measure the location of plots, set parameters and monitor flight status, voice announcements is integrated in it.
Basic Parameters | |
Flight Mode | Attitude mode; GPS mode; AB point operation mode |
Applicable Models | Quadcopter (Type I, II) Hexacopter (Type I, V, and IY Co-Axial Double-propeller, Type YI Co-Axial Double-propeller, Irregular-shaped 4-axis and 6-propeller) Octocopter (Type I, V, and X Co-Axis Double-propeller, Irregular-shaped 6-axis and 8-propeller) |
ESC | PWM ESC with output lower than 490HZ |
Max. Output Channels | 8 |
RecommendedRemote | PCM or 2.4GHZ, at least 8 channels remote controller |
Receivers | S.BUS, PPM and PWM |
NO. ofCPU cores | 5-core |
Protective Functions | Semi-automatic operation mode AB point operation mode Breakpoint continued spraying function Flow control function Out of control or hovering or returning Low power alarm and return landing protection |
Flight Characteristics | |
Hovering Precision | Horizontal Direction: ±2m Vertical Direction: ±0.8m |
Max Angle of Inclination | 30° |
Max. Yaw Speed | 150°/s |
Max. Vertical Speed | 6m/s |
Wind Tolerance | Sustained Wind: Scale 3 Gust: Scale 4 |
Electro-mechanical Characteristics | |
Working Voltage | 2-12S |
Power Consumption | <4W |
Operating Temperature | 10℃～60℃ |
Seismic Peak | <1G |
