Shift by Wire Manufacturer

Shift by wire replaces the mechanical connection between the driver’s selector and transmission with electronic communication. The driver selects a gear through a push-button control, and the request travels over the vehicle’s CAN network. An actuator then moves the transmission selector shaft. The selector can display the requested gear and the gear reported by the transmission controller, helping the operator confirm the system’s response.

The Shift-X-Wire 4.2 system combines a programmable push-button selector with an electronic actuator and an integrated motor controller. The selector sends gear and park requests over SAE J1939 CAN. Hall-effect sensing provides non-contact actuator position feedback. The selector can also request and display SAE J2012 diagnostic trouble codes from compatible Allison transmissions.

Through customization, we can support any transmission. Orscheln recommends Allison 1000 and 2000 Series applications in medium-duty trucks and buses. That being said, the platform may also support rear-engine vehicles and other compatible applications. Suitability depends on the transmission interface, vehicle architecture, and requested operating modes. An Orscheln engineer will review each transmission model and its integration requirements before system selection.

Replacing a mechanical lever and long control cable can give OEMs more flexibility when arranging the dash and routing vehicle systems. The compact selector supports varied cab layouts, while the actuator can mount directly or remotely. CAN communication also reduces point-to-point wiring between components. A shift by wire manufacturer can help coordinate the controls, transmission interface, and vehicle electronics before production.

Yes, Orscheln can adapt shift positions, operating modes, and selector graphics. The team can also customize mounting details. In-house capabilities include systems engineering, mechanical design, software development, and printed circuit board design. Project support may involve prototypes and pilot installations. Early collaboration helps align the hardware, software, and vehicle communication requirements before validation.

Orscheln supports design verification and validation based on the vehicle’s duty cycle, environment, and technical requirements. Current materials identify vibration, corrosion, and thermal cycling tests. They also reference chemical exposure testing during shifter development. Program-specific testing may evaluate communication, feedback, and actuator response. It can also assess durability. A shift by wire manufacturer can help OEMs define these requirements before production.

Medium-duty trucks and school buses are our core applications. Package delivery vehicles and motorhomes can also use the platform. Electronic controls may support selected off-highway and defense applications when the transmission and vehicle network are compatible. Electric vehicles, hybrid and zero-emission platforms may also qualify. The system can benefit applications needing remote selector placement, electronic feedback, or fewer mechanical linkages.

OEM teams should provide the transmission model, mounting space, and communication architecture. They should also define required gear positions and display information. Interlocks and diagnostics can shape the design. Environmental conditions and duty cycle help establish validation requirements. Drawings, packaging models, and electrical specifications support the engineering review, while program timing helps Orscheln recommend a standard or customized development path.

Yes. Orscheln’s Shift‑X‑Wire™ system is proudly made in the USA at our manufacturing facility in Moberly, Missouri. From engineering and product development to testing and production, the system is supported by our U.S.-based team, providing customers with dependable domestic manufacturing and responsive technical assistance.