X-613 Wireless 3D Aligner(+4-point Wheel Hub Clamps+3-point Tire Clamps+Throttle V+software)*Fall 2025 Q4* 2
X-613 Mobile Wheel Aligner
The Launch X-613 is a mobile wheel aligner designed with a streamlined industrial structure. It removes the traditional beam and cabinet setup and utilizes two magnetic measurement units and four wheel clamp targets. These components enable four-wheel alignment detection through wireless networking communication.
The design prioritizes functionality and portability, allowing the X-613 to be deployed in various workshop settings. Its setup does not require installation, wiring, or calibration, making it suitable for both fixed workshop use and mobile service operations.
Features
- Plug-and-Play Operation: Does not require installation, wiring, or calibration; ready to use upon delivery.
- Space Efficiency: Removes the need for beams and cabinets, reducing the space required for operation.
- Measurement Speed: Produces high-precision four-wheel alignment results within 30 seconds.
- Wheel Clamp Design: Patented magnesium alloy single axle clamp, lightweight and durable, with a built-in scale for pre-adjustment based on tire diameter.
- Magnetic Measurement Units: Operates without assembly or wiring; designed for immediate use.
- Wireless Communication: Transmits measurement data to a scanner for display and adjustment.
- Compact Packaging: Reduces transport weight and volume by 70-80% compared to traditional 3D wheel alignment systems.
Specifications
- Measurement Parameter, Measurement Range
- Toe Angle, ±20°
- Camber Angle, ±10°
- Caster Angle, ±20°
- Kingpin Inclination, ±20°
- Track Width, 1290~1900mm, (50.79~74.8 in)
- Wheelbase, 1940~4600mm, (76.38~181.1 in)
- Hub Diameter (for 4-Point Wheel Hub Clamp), 275~640mm, (10.83~25.2 in)
- Tire Diameter (for 3-Point Tire Clamp), 470~1100mm, (18.5~43.31 in)
Throttle V
Features:
- Supports remote diagnosis, allowing technicians to remotely assist with diagnosis in a different region.
- Able to perform tire pressure activation, programming, learning, and detection functions with a tire pressure gun.