LOSB9595
MSRP:
$59.99
Available for*:
$49.99
Find a Retailer
Or
1/36 Xcelorin 10250Kv Brushless Combo
Brushless Motor and Electronic Speed Control Combo
At a Glance
The 1/36 Xcelorin brushless motors and ESC are designed with the micro user in mind. Designed and constructed for the perfect fit into Losi micro vehicles for high-speed action. They offer benefits like higher speeds, longer run times and require virtually no maintenance run after run.
The 10250Kv rated motor is a high-performance, high-speed motor a step above the stock brushed motor. It features all of the benefits of a brushless motor with high-speed power.
The Xcelorin ESC is a high-performance, high-speed component that features reverse and brake settings, gold-plated motor connectors and a low voltage detection for auto cutoff. Take your Losi micro to the next level with the 1/36 Xcelorin brushless combo.
Features
- One-touch setup button for simple ESC operation
- 6-amp power rating with 9A peak (3 sec) for impressive power delivery
- Gold-plated motor connectors for effective power transfer
- Linear braking functionality for more control and maneuverability
- Standard Losi micro vehicle plug supplied for power connection
- Powerful, high-speed brushless motor
- No motor maintenance required
- Precision motor ball bearings for smoother operation
- Compact size and weight perfect for Losi micro vehicles
Technical Notes
Brushless Motor Specifications:
Input Voltage: NiMH 4–6 cells; LiPo 2-3 cells
Shaft Length: 4.6mm
Shaft Diameter: 0.06 in (1.5mm) with splines
Dimension (D x L): 0.47 x 0.87 in (12 x 22mm)
Weight: 0.30 oz (8.5 g)
Connectors: 2mm gold-plated bullet
Brushless ESC Specifications:
Input Voltage: NiMH 4–6 cells or 4.8–7.2V; LiPo 2-3 cells or 7.4V
BEC: 5.0V / 1A
Low Voltage Cutoff: Automatic detection
Dimensions (W, L, H): 1.24 x 1.0 x 0.65 in (31.6 x 25.5 x 16.5mm)
Weight: 0.25 oz (7 g)
Connectors: 2mm gold bullet for motor
Needed to Complete
Transmitter
Receiver (compatible with the 3-wire servo standard connection)
Servo
Please see instructions under Support