From Manufacturer
The Pilotfly T1 is a two-handed motorized gimbal with multiple modes of stabilized operation. A 32-bit Alexmos chip, brushless motors with triple-MCUs, and dual integrated IMU sensors provide the power to maneuver up to a 4.8 lb camera in five pre-configured profiles: Follow Mode, Pitch Lock, Full Lock, Follow Roll, and Home Move, which you can switch between using a toggle button.
All five profiles can also be employed in Auto Invert Mode wherein you have the gimbal upside-down. Back of everything, the T1 uses an adaptive PID algorithm that helps prevent vibrations in large movement ranges, ensuring smoother shots.
A 4-way joystick on the right handle allows you to control pitch and roll, and the YAW motor is limitless and capable of 360° movements or time-lapse recording via a built-in time-lapse feature. Four included lithium-ion batteries power the T1 for up to 18 hours, while a fifth powers the joystick for up to 6-hours. A status LED confirms the gimbal's power and battery level.
The main, two-handed handle also features a top handle in the middle, so you can operate the T1 one-handed in low-angle and various other shots. A quick-release plate is included that enables you to attach and remove your camera quickly and conveniently. A mini tripod and carrying case are also included among other accessories.
The T1 also incorporates a Bluetooth module over which it allows for remote control via a free-to-download Android App or the optional Pilotfly Remote Control RM-01.
- 4.8 lb payload
- Five profiles: Follow, Pitch Lock, Full Lock, Follow Roll, and Home Move
- Auto Invert Mode
- Anti-vibration adaptive PID algorithm
- 4-way joystick for pitch and roll control
- Limitless 360° YAW motor
- Up to 18-hour battery life
- Quick-release plate included
- Remote controllable via Android app or optional Pilotfly Remote Control
- ACC low-pass filter for improved stability
- Low-voltage protection for integrated battery
- System beep sound alerts
- Firmware upgradeable
- Supports temperature accelerometer calibration
