Power HD D15 HV Coreless Digital Servo - Red
Sale
Original price
$169.00
Current price
$159.00
Power HD D15-R HV Coreless Digital Servo
Description
Power HD G1 D15 Red is a high-performance electronics combo specifically designed for 1/10 scale RWD (Rear-Wheel Drive) drift cars. It consists of the D15 Programmable Low Profile Digital Servo and the G1 Drift Gyro, both featuring a matching red CNC-machined aluminium casing for a cohesive chassis aesthetic.
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Performance Specifications:
- Torque: 13.5 kg-cm (6.0V), 16.5 kg-cm (7.4V), up to 18.0 kg-cm at 8.4V.
- Speed: 0.10 sec (6.0V), 0.095 sec (7.4V), and a fast 0.085 sec/60° at 8.4V.
- Build Quality: Features a titanium and steel gear set and dual ball bearings for durability.
- Design: The low-profile dimensions (41.0 x 20.0 x 26.3 mm) and weight (55g) make it ideal for tight drift chassis installations.
- Key Feature: Includes a reverse receiver wire layout to ensure cleaner wiring within the car
Specifications
- Torque(6.0V): 13.5 kg-cm ( 187.5 oz/in)
- Torque(7.4V): 16.5 kg-cm ( 229.1 oz/in)
- Torque(8.4V): 18.0 kg-cm ( 250.0 oz/in)
- Speed: 0.10 sec (6.0V) │ 0.095 sec (7.4V) │
- Speed: 0.085 sec (8.4V)
- Operating Voltage:6.0 ~ 8.4 DC Volts
- Weight: 55.0 g (1.94 oz)
- Bearing Type:Ball Bearing x 2
- Motor Type:Coreless Motor
- Gear Type:Titanium & Steel
- Operating Temperature:-10℃~60℃
- Working frequency:1520μs / 333hz
- Size:41.0 x 20.0 x 26.3 mm ( 1.61 x 0.79 x 1.04 in)
- Compatible with program box only
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Technical Specs:
- Operating Voltage: 4.8V – 7.4V.
- Sensor: High-quality American Invensense sensor with a maximum angular velocity of ±4000°/s.
- Control System: Uses a refined PID control system for smooth steering corrections.
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Adjustability:
- End Point Adjustment (EPA): Features a dedicated button to limit steering travel and equalize left/right turns.
- Dual System Operation: Allows drivers to adapt the gyro's feel to different track surfaces and driving styles.
- Visual Indicators: Features LED status lights (Blue/Red) to indicate different operating modes or initialization status.