Senchtec 7 Quadcopter Long Range Strong Thrust DIY Image Transmission Racing Traversal Fpv Drone

  Model: SenchTec 7Flight control: F435ESC: BLITZ 60A 4-IN-1Image transmission: TBS unify pro 5.8GReceiver: 2.4G Beta3.0/915M Beta3.0Wheelbase: 295±2mmMotor: SenchTec 2812 1500KVPropeller: PC 7.5*3.7*3Battery: 6s 6000mAhMaximum horizontal flight speed: 140km/hMaximum wind resistance level: Level 6Working environment temperature: -10ºC-40ºCNumber of antennas: single antennaIn terms of FPV drones, we have profound technical accumulation and rich work experience in debugging and test flights.We can launch different solutions for customers based on the parameters provided by customers, including racks, flight controls, ESCs, Camera,remote controls, receivers, image transmission, etc., everything will meet the needs of customers.Please refer to the figure below for the parameter matching of various accessories of the power system:Frame wheelbase(mm)Propeller size(mm or inches)Motor speed(KV)Motor sizeNumber of battery cells(S)ESC maximum current125mm2.5"680011XX/12XX3S20A125mm2.5"500012XX/14XX4S25A150mm3"370015XX4S25A150mm3"270016XX6S35A180mm4"300018XX/22XX4S40A180mm4"260018XX/22XX6S60A210mm5"260022XX/23XX4S40A210mm5"230022XX/23XX6S60A250mm6"230022XX/23XX4S40A250mm6"200022XX/23XX6S60A350mm7''160025XX6S60A385mm9''110028XX6S75A  FPV Composition ListAccessory typeOptionaldirectionsFlight Control The main functions of a flight controller include:1.Attitude Stabilization: The flight controller detects changes in the drone's attitude using sensors like gyroscopes and adjusts motor speeds via Electronic Speed Controllers (ESCs) to maintain balance and stable flight.2.Navigation and Path Planning: The flight controller can plan the drone's path based on user input or preset missions, guiding it along specified routes.3.Altitude and Position Control: Using altitude sensors (often barometers) and GPS modules, the flight controller can control the drone's altitude and position.4.Remote Control Signal Processing: The flight controller receives signals from the remote control, translating user commands into corresponding actions such as turning, ascending, descending, etc.5.Fault Protection: Flight controllers usually incorporate fault protection mechanisms. When sensors or other components malfunction, they can take measures to protect the drone, such as initiating automatic landing or returning to the takeoff point.6.Data Logging and Analysis: Flight controllers can record flight data for users to analyze flight performance and trajectories. Electronic Speed Control The Electronic Speed Controller (ESC) is a crucial component in drones, RC models, and other remote-controlled aircraft. Its main functions include:1.Motor Control: The ESC regulates the motor's speed and direction. By adjusting the current sent to the motor, it controls the motor's speed, thus altering the aircraft's lift and speed. Changing the direction of the current can make the motor spin in reverse, enabling the aircraft to change direction.2.Attitude Stabilization: In drones, the ESC stabilizes the aircraft's attitude based on signals received from the Flight Controller. By adjusting the speeds of different motors, the ESC maintains the aircraft's level flight, ascent, descent, or turns, ensuring stable flight.3.Power Distribution: For multirotor aircraft like quadcopters and hexacopters, the ESC allocates the total power of the aircraft to individual motors, ensuring balanced flight.4.Brake Function: ESCs often feature a brake function, allowing them to rapidly decrease the motor's speed, providing stability during landings or abrupt stops.5.Overload Protection: ESCs typically have overload protection. If the motor's current exceeds its maximum capacity, the ESC reduces the output to protect the motor from damage.6.Regenerative Braking: In some flight modes, the ESC can harness the motor's kinetic energy, converting it back to electrical energy, thus extending the battery life.In summary, the ESC is responsible for controlling the aircraft's motors, ensuring the aircraft performs various flight maneuvers in a stable and flexible manner.Motor 1. KV Value (Kilovolts per RPM): KV value represents the linear relationship between the motor's revolutions per minute (RPM) and the input voltage. A higher KV value results in a higher motor speed. Motors with low KV values are typically used in large drones, while those with high KV values are suitable for small drones because they can use smaller propellers to generate enough thrust.2. Voltage Range: The safe operating voltage range of the motor. Ensure that the motor operates within the voltage range of the drone's power supply to prevent damage to the motor.3. Maximum Power: The maximum continuous power output of the motor, usually measured in watts.4. Maximum Current: The maximum current that the motor can handle, usually measured in amperes (Amps). Exceeding this current may cause the motor to overheat or get damaged.5. Thrust: The force produced by the motor, usually measured in grams or newtons. Thrust de