Description
The Savöx SB-3262SG represents the latest evolution of Monster Line technology and is designed for racers who demand maximum performance with minimum weight. Its patented Lightweight Brushless motor delivers exceptional torque output while keeping overall servo weight remarkably low.
The low-profile aluminum case is perfect for modern racing chassis where every gram matters. Specialized steel gears and dual ball bearings provide long-term durability and precise steering performance under demanding racing conditions.
Operating at up to 12.6V, the SB-3262SG delivers an impressive 50 kg-cm of torque and an ultra-fast 0.05 sec/60° transit speed. It also supports advanced radio protocols including Sanwa SUR/SSR and Futaba UR/SR modes.
Key Features
- Premium Monster Line servo
- Patented Lightweight Brushless motor
- Low Profile design
- High-voltage operation up to 12.6V
- Full aluminum case
- Specialized steel gears
- Ultra-lightweight 53 g design
- Dual ball bearings
- Water-resistant construction
- Sanwa SUR / SSR compatible
- Futaba UR / SR compatible
- 25T output spline
Specifications
- Servo Type: Digital HV Servo
- Line: Monster Line
- Motor Type: Patented Lightweight Brushless
- Gear Material: Specialized Steel
- Case Material: Aluminum
- Bearings: 2 Ball Bearings
- Protection: Water Resistant
- Operating Voltage: 6.0–12.6V
- Speed @ 6.0V: 0.10 sec / 60°
- Speed @ 7.4V: 0.08 sec / 60°
- Speed @ 8.4V: 0.065 sec / 60°
- Speed @ 12.6V: 0.05 sec / 60°
- Torque @ 6.0V: 22.0 kg-cm
- Torque @ 7.4V: 28.0 kg-cm
- Torque @ 8.4V: 35.0 kg-cm
- Torque @ 12.6V: 50.0 kg-cm
- Dimensions: 40.8 × 20.2 × 25.75 mm
- Weight: 53 g
- Wire Length: 300 mm
- Wire Gauge: 22 AWG
- Connector: JR
- Dead Band: 3–5 μs
- Frequency Range: 50–360 Hz
- PCB: 12-bit
- Output Spline: 25T (Ø6 mm)
- Operating Temperature: -10°C to +50°C
Recommended Applications
- 1/10 Electric Touring Cars
- 1/10 2WD Buggies
- 1/10 4WD Buggies
- 1/10 Drift Cars
- Formula RC Cars
- FWD Racing Cars
- Lightweight Competition Chassis
- RC Airplanes
- High-performance racing applications












