TRONIC 250R VESC Motor Controller

Name: TRONIC 250R VESC Motor Controller
SKU: 39369
Price: 150.00 USD
Availability: InStock

The TRONIC 250R VESC Motor Controller is a high-power FOC (Field-Oriented Control) system designed for demanding electric vehicles and indus

Designed by ChatRobotic FPV Drones in China

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The TRONIC 250R VESC Motor Controller is a high-power FOC (Field-Oriented Control) system designed for demanding electric vehicles and indus

TRONIC 250R VESC Motor Controller | Compact High-Power BLDC Control System Description The TRONIC 250R delivers exceptional power density in a compact package, engineered for high-voltage application…

TRONIC 250R VESC Motor Controller | Compact High-Power BLDC Control System

Description

The TRONIC 250R delivers exceptional power density in a compact package, engineered for high-voltage applications up to 24S (100.8V). Featuring 4x reinforced copper construction and robust DRV-less architecture, this controller supports 250A phase current and 120A battery current for demanding electric mobility and industrial systems. With integrated IMU and Bluetooth, it's optimized for balancing applications and advanced control scenarios.

1. Main Specifications

Parameter	Specification
Peak Phase Current	250A (300A with active cooling)
Max Battery Current	120A
Voltage Range	8S-24S (29.6V-100.8V)
DC Link Construction	4x Copper Weight Reinforcement
Control Algorithms	FOC/Sinewave • BLDC/Trapezoidal
Communication	CAN Bus • Bluetooth • USB-C
Auxiliary Power	5V/0.5A Output
Special Features	Integrated IMU • Thermal Limiting
### 2. Key Features
- High-Voltage Operation: Supports 24S Li-ion (100.8V fully charged) battery systems
- Copper-Reinforced Design: 4x DC link copper weight for extreme current handling
- Advanced Control: Field-Oriented Control (FOC) and BLDC operation modes
- Balancing Capability: Built-in IMU chip for Onewheel® and self-balancing applications
- Wireless Connectivity: Integrated Bluetooth for real-time tuning and monitoring
- Robust Architecture: DRV-less design following EV industry best practices
- Thermal Management:
- Soft and hard thermal limiting
- Thermal sensor extension support
- Convenience Features:
- USB-C programming and firmware updates
- Latching switch compatible ON/OFF control
- CAN bus for multi-controller systems
### 3. Operational Notes
- Phase Current: 250A sustained (300A peak with enhanced cooling)
- Battery Current: 120A maximum continuous draw
- Thermal Protection: Automatic derating at temperature thresholds
- Compatibility: Designed for high-torque applications requiring compact form factor
### 4. Recommended Applications
#### ⚖️ Self-Balancing Vehicles
- Onewheel®-style electric boards
- Self-balancing electric unicycles
- Dynamic stabilization systems
#### 🛹 High-Voltage E-Skateboards
- Performance longboards (24S systems)
- All-terrain boards with high torque requirements
- Downhill speed controllers
#### 🚲 High-Power E-Bikes & Scooters
- High-speed e-bikes (up to 100.8V systems)
- Cargo e-bikes requiring robust power delivery
- Performance electric scooters
#### ⚙️ Industrial Automation
- High-voltage motor control systems
- Precision torque control applications
- Robotic joint actuators
#### 🚁 Heavy-Lift Drones
- 24S cinematic drone propulsion
- Agricultural sprayer pump control
- Industrial inspection UAVs
#### ⚡ Specialized Systems
- Electric go-kart powertrains
- Solar tracker drive mechanisms
- Wind turbine pitch control
### 5. Environmental & Operational Characteristics
- Thermal Management:
- Active cooling required for 300A peak operation
- Soft limiting (gradual power reduction)
- Hard cutoff at critical temperatures
- Electrical Protection:
- Adjustable low-voltage cutoff
- Motor short-circuit protection
- Over-current derating
- Connectivity:
- Bluetooth LE 5.0 telemetry
- CAN bus daisy-chaining capability
- USB-C interface for field updates
- Physical Robustness:
- Compact 85×65×25mm footprint
- EV-grade component selection
- Vibration-resistant mounting
- Operational Parameters:
- 5V/0.5A auxiliary power output
- Thermal sensor extension port
- Latching switch compatibility

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II. Shipping and Delivery

ChatRobotic will arrange shipping based on the order priority and inventory situation after receiving the full payment from the customer. The estimated shipping date will be informed to the customer in the order confirmation notice. However, due to force majeure or other unforeseeable and unavoidable reasons, the shipping time may be delayed, and the company will promptly notify the customer and provide a reasonable explanation.
The company will select appropriate logistics partners for product delivery, and the delivery scope covers most regions around the world. The delivery cost will be calculated based on factors such as the customer's shipping address, the weight, and volume of the order, and will be clearly shown in the order confirmation notice. Customers can choose different delivery service levels when placing an order, such as standard delivery or expedited delivery. The corresponding delivery costs and delivery times will vary accordingly.
After the product is shipped, ChatRobotic will provide logistics tracking information to the customer so that the customer can check the transportation status of the product at any time. When receiving the product, the customer should carefully check whether the packaging of the product is intact. In case of any damage or abnormality, the customer should promptly contact the logistics company and notify ChatRobotic.