Curt Discovery NEXT Trailer Brake Controller Time-Delay - 51126

The TriFlex NEXT proportional brake controller delivers smooth, responsive braking with its advanced triple-axis, motion-sensing accelerometer. By accounting for uphill and downhill terrain, it dynamically adjusts braking power for enhanced performance. Automatic leveling and calibration eliminate setup requirements, so you can tow with confidence. Built-in reverse polarity and short-circuit protection add peace of mind, while convenient indicators keep you informed of low vehicle voltage and trailer disconnect status. The easy-to-read full-text display provides clear diagnostics, adjustable brightness for day or night, and straightforward troubleshooting. Designed to operate 2 - 8 trailer brakes (1 - 4 axles), TriFlex NEXT offers fully adjustable gain and ramp settings to match your exact towing needs. Its slim profile, versatile mounting options, and user-friendly interface combine modern style with powerful brake control.

Features:

• Provides precise control over 1 to 4 axles with fully adjustable power and ramp time settings for smooth braking performance
• Incorporates a clear LCD display with full-text diagnostics to simplify troubleshooting and monitor brake status easily
• Includes day and night modes with adjustable brightness to ensure optimal visibility in all lighting conditions
• Utilizes a time-delay system with no internal moving parts, eliminating the need for leveling during installation
• Offers compatibility with various brake types including PWM, ABS, cruise control, and electric over hydraulic systems
• Features a unique mounting bracket that improves dash clearance while allowing installation at any angle or location inside the vehicle
• Supports 12V vehicle systems with an operating voltage range from 9V to 16V for broad compatibility

Specifications:

• Axles Supported: 1 - 4
• Display Type: LCD
• Material: Plastic
• Operating Voltage: 9V - 16V
• Installation Time: 20 minutes
• Mounting hardware included

Installation Instructions (1.02 MB)