Tekin RX4 Hardbox Waterproof Crawler ESC
Tekin’s RX4 is a versatile ESC designed for sensored, sensorless, brushed and brushless motor setups. With massive power handling capabilities, a waterproof design and all the customization features you’d expect from a Tekin ESC, the RX4 has you covered no matter the situation.
Not only reliable, this ESC has a host of built in features like a High Voltage BEC, Drag Brake, Data logging and the ability to run either Brushed or Brushless motors. Not to mention the RX4 housing is a thick-walled, reinforced Hardbox design able to withstand the elements and rough environments that come with true Offroad adventuring.
Designed to run Tekin ROC 412 and ROC 412HD motors:
- 2S Lipo up to 4400kV
- 3S Lipo up to 3100kV
- 4S Lipo up to 2300kV
Features:
- Easily Access Programming, Anywhere, Anytime
- QuickTune One-Touch Programming
- HotWire Compatible
- D2: Dual Drive Mode Technology
- On-Board Temperature Indicator
- HDAC: High Density Copper FET Boards
- Solder Posts for Easy Wiring
- Heatsink and Fan w/ Auto-on-Temp Sensing
- One-Touch Radio Calibration
- High Voltage BEC
- DATA Logging
- Waterproof hardbox design
Programmable Features:
- DB: Drag Brake (13 steps)
- BS: Brake / Reverse Strength (13 steps)
- LM: Torque Limiter (7 steps)
- NW: Neutral Width (13 steps)
- TP: Timing Profiles 5 Presets - 2 Custom
- MT: Brushless Modes: Fwd/Brk, Fwd/Rev, Rev Delay; Brushed: Fwd/Brk, Fwd/Rev, Fwd/Rev Delay
- VC: Voltage Cutoffs: 2S, 3S, 4S and Custom
- Extensive Tuning via Tekin HotWire (sold separately; TEKTT1451)
- Custom Throttle Profiles
- Adjustable Throttle and Brake Minimums
- Adjustable Throttle and Brake Frequencies
Specifications:
Controls: Forward/Brake/Reverse
Input Voltage: 2S to 4S Lipo
Continuous Current: 240 Amps *per phase
BEC: HV 6.0V-7.4V / 8 Amp Switching
Motor Type: Brushed/Brushless, Sensored/Sensorless; 2Pole or 4Pole Motors
Motor Limit Brushless/Brushed Mode: No Limit
Dimensions: 1.6 x 2.0 x 1.4” / 40.6 x 50.8 x 35.5mm
Weight Approx: 2.65oz / 75.5grams
COMES WITH WIRES