Product Overview
Brand: JIUSI
Part Number: SC10049
Product Name: Motor Plate, 12 & 13 & 14 & 16 & 17T
Type: CNC Machined Motor Mounting Plate Set
Material: CNC Machined Aluminum
Compatible Models:
• SC10 Series
Compatibility
| Vehicle Model |
Position |
Compatibility |
| SC10 Series |
Motor Mount / Transmission |
Direct Fit (Multi-Gear Ratio Support) |
Performance & Maintenance Benefits
Performance Improvements
- Precise motor positioning for optimal gear mesh and power transfer
- Enhanced structural rigidity under high-torque acceleration
- Improved heat dissipation during intense brushless motor operation
- Reduced vibration and gear wear under aggressive driving
Maintenance Advantages
- CNC machined precision for seamless fit and alignment
- Anodized surface for superior corrosion and scratch resistance
- Multiple gear ratio mounting positions (12T to 17T) for versatile tuning
- Long-lasting aluminum construction for enhanced durability
Key Features
Material
CNC Machined Aluminum
Mounting Holes
Precision Drilled & Slotted
Design
Lightweight & Heat-Dissipating Profile
• CNC machined from high-grade aluminum billet for maximum strength
• Precision-engineered mounting slots for secure motor attachment and accurate backlash adjustment
• Compatible with stock and aftermarket brushless/brushed motor setups
• Includes all necessary mounting hardware
When to Replace
Regular Inspection Points
• Check for gear mesh wear or stripping around mounting slots
• Inspect plate flatness and alignment under high heat conditions
• Verify secure motor attachment and screw tension
• Examine for signs of material fatigue or stress cracks
Performance Indicators
• Excessive gear noise or stripping during acceleration
• Loose motor mount causing gear slippage
• Visible plate deformation from high thermal loads
• Inconsistent power delivery and drivetrain binding
Upgrade Benefit: CNC aluminum motor plate construction provides superior rigidity, precise gear alignment, and enhanced heat dissipation compared to standard mounting plates, ensuring optimal drivetrain efficiency and reliability under extreme power.
