Product Introduction
This smart portable cable training system is designed to provide adjustable digital resistance for strength training, functional fitness, and rehabilitation exercises. With a compact motor-driven design, it delivers customizable resistance in a small form factor, replacing traditional bulky cable machines with a flexible training solution.

Product Features
💪 Smart Adjustable Resistance System
Provides electronically controlled resistance with precise adjustment, supporting strength training, conditioning, and controlled movement exercises.
⚙️ Multiple Training Modes
Supports different resistance profiles including weight-style training, resistance band simulation, isometric training, speed control, and custom training settings for varied workouts.
📦 Compact Portable Design
Small and lightweight structure allows flexible placement in home gyms, training spaces, or travel setups.
📱 Smart App Connectivity
Connects with mobile devices for training control, firmware updates, and workout data management.
🔋 Rechargeable Power System
Built-in rechargeable battery provides convenient cordless operation with USB-C charging support.
🎯 Versatile Exercise Applications
Suitable for strength workouts, functional training, athletic conditioning, mobility exercises, and recovery-focused routines.

Product Specifications
Product Name: Portable Smart Cable Resistance Trainer
Material: High-strength synthetic cable + durable composite housing
Resistance Range: 5–200 lbs (2–90 kg)
Cable Length: 8.5 ft (2.6 m)
Connectivity: Bluetooth 5.0 + WiFi
Battery: Rechargeable lithium-ion battery
Battery Capacity: 1700mAh
Charging: USB-C fast charging
Dimensions: 12.71 × 5.49 × 3.94 inches
Weight: 5.8 kg
Use: Home gym, strength training, functional fitness, rehabilitation training

Packaging Includes
1 × Smart Cable Resistance Trainer
1 × High-Strength Training Cable
1 × Connector Accessories
1 × Charging Cable
1 × User Manual
✨ Train smarter with adjustable resistance technology — compact performance designed for modern fitness spaces.