Cablecraft supports light vehicle OEM and Tier supplier programs with engineered control cables, safety and restraint cable assemblies, miniature cables, remote actuation systems, mechatronic components and related motion control solutions. Our team helps translate load, travel, routing, environment, packaging and lifecycle requirements into production-ready designs.
- OEM and Tier supplier program support
- IATF 16949:2016 quality management
- Custom engineering and prototypes
- Mechanical and mechatronic options
What Does Cablecraft Supply to Light Vehicle Manufacturers?
Cablecraft supplies custom and standard mechanical motion control products for automotive and light vehicle systems. Core offerings include push-pull and pull-pull control cables, safety and restraint cables, Cycle-Flex™ miniature cable assemblies, latch and release actuation systems, mechatronic components and access to engineered linkage solutions.
These products support seating, latching, closures, cargo and body systems, transmission controls, HVAC functions, emergency releases, tailgates, spare tire retention and other remote-control or restraint applications.
- Automotive control cable assemblies
- Safety and restraint lanyards
- Miniature high-cycle cable assemblies
- Remote latch and release actuation
- Mechanical and mechatronic components
- Rod ends, bearings and linkage assemblies
Engineered Motion Control Solutions for Light Vehicle Applications
Select the motion control approach that fits the required movement, load, packaging, environment and lifecycle of the vehicle system.
Push-Pull & Pull-Pull Control Cables
Flexible mechanical controls transfer linear motion around structures and through complex vehicle packaging where rigid linkages may be impractical.
- Transmission shift and remote control
- Seat, latch and release functions
- Custom length, travel and fittings
Safety & Restraint Cable Assemblies
Flexible steel cable assemblies secure, tether or limit component movement to help prevent overextension, disconnection or free movement.
- Tailgate and hood restraints
- Spare tire and load retention
- Custom fittings and coiled options
Cycle-Flex™ Miniature Cables
Compact stainless steel cable constructions support high-cycle or space-constrained mechanisms, with coated, uncoated, lubricated and dry configurations available.
- Convertible top mechanisms
- Emergency releases and tethers
- Diameters as small as 0.15 mm uncoated
Remote Actuation Systems
Cable controls paired with release mechanisms, handles, levers or push buttons provide lightweight remote operation for vehicle functions.
- Door and seat release systems
- Locking gas spring actuation
- Custom controls and interfaces
Mechatronic & Mechanical Components
Cablecraft supports mechanical, electronic and electromechanical component programs where integrated sourcing, assembly, testing or lifecycle support is required.
- Vehicle HVAC control modules
- Driver-interface switches and sensors
- Transmission and throttle components
Engineered Linkage Solutions
Through Radial Bearing, the Cablecraft family supports rod ends, spherical bearings and complete linkage assemblies for systems that need direct, robust motion transfer.
- Rod ends and spherical bearings
- Adjustable or fixed assemblies
- Custom materials and geometries
Choose the Right Motion Control Approach
The appropriate solution depends on how the system moves, the load direction, available space, routing, environmental exposure and required service life.
| Solution | How It Works | Common Light Vehicle Uses | Primary Design Questions |
|---|---|---|---|
| Pull-Pull / Pull-Only Cable | Transfers force in tension and typically relies on a spring, opposing cable or mechanism for return. | Seat release, latch release, parking brake, emergency release and other tension-only functions. | Pull load, return method, travel, routing, cycle life and environmental sealing. |
| Push-Pull Cable | Transfers linear motion in both directions using an innermember with sufficient compression strength. | Transmission shifting, remote adjustment and other bidirectional controls. | Push and pull loads, bend radius, efficiency, backlash, support and end alignment. |
| Safety / Restraint Cable | Secures, tethers or limits movement rather than continuously transmitting operating motion. | Tailgates, hoods, spare tires, load retention, door or lid stops and body-to-frame restraint. | Working load, safety factor, cable construction, corrosion exposure, fittings and tolerance. |
| Cycle-Flex™ Miniature Cable | Uses small, flexible stranded cable for compact or high-cycle mechanical movement. | Convertible tops, emergency releases, fuel cap tethers and compact reciprocating mechanisms. | Construction, diameter, stretch, pulley size, coating, lubrication and fitting strength. |
| Remote Actuation System | Combines a cable with a release mechanism, lever, handle, push button or other operator interface. | Door latches, seat systems, locking gas springs and remote release functions. | Input interface, output mechanism, travel, packaging, ergonomics and integration. |
| Mechatronic / Linkage Solution | Uses electronic, electromechanical or rigid linkage components where the system requires a different control architecture. | HVAC modules, switches, sensors, transmission components, rod-end linkages and actuator assemblies. | Electrical and mechanical interfaces, testing, sourcing, load, misalignment and lifecycle support. |
Common Light Vehicle Control Cable and Actuation Applications
Cablecraft products are used in visible and hidden vehicle systems where dependable remote movement, release, restraint or component control is required.
Seating & Occupant Systems
- Seat release
- Seat adjustment
- Head restraint
- Seat-to-frame controls
Access & Closure Systems
- Door and lid latches
- Emergency trunk release
- Convertible top mechanisms
- Tonneau cover controls
Body, Cargo & Restraint
- Tailgate checks and restraints
- Hood restraint
- Spare tire retention
- Load restraint and ramp systems
Vehicle Control & Interface
- Transmission shift controls
- HVAC control functions
- Locking gas spring actuation
- Switches, sensors and modules
Support from Application Review Through Production
Cablecraft works with engineering, sourcing, quality and program teams to define the right product architecture and move the design toward production.
Define Requirements
Review load, travel, routing, packaging, environment, cycle life, interfaces, volume and program timing.
Engineer the Solution
Select cable construction, conduit, fittings, controls, materials, sealing and related components for the application.
Prototype & Validate
Use prototypes to confirm dimensions and tolerances and, where appropriate, conduct lifecycle or durability testing before production.
Launch & Support
Coordinate manufacturing, quality requirements, documentation and ongoing program or lifecycle support.
Information That Speeds Up an RFQ
The more application detail your team can provide, the faster Cablecraft can evaluate fit, identify risks and recommend an appropriate control architecture.
- Required push and pull loads
- Travel or stroke
- Overall length and routing
- Bend locations and radius
- Temperature and contaminants
- Cycle-life expectations
- Mounting and end fittings
- Drawings, models or samples
- Annual volume and timing
- Applicable quality requirements
Quality Systems Built for OEM Programs
Cablecraft supports light vehicle programs with documented quality systems, application engineering, manufacturing capability and cross-functional program support.
The Bolivar, Ohio management system is certified to IATF 16949:2016 for the design, manufacture and assembly of connectors, mechanical cable assemblies, controls and related products.
View certification documents and facility scope →Automotive quality management requirements supporting applicable Cablecraft programs and facility scope.
Documented quality systems supporting process control, consistency and continual improvement.
Application review, custom design, fitting selection, prototype development and test planning.
Support for design engineers, sourcing teams, quality functions and program stakeholders.
Certification applicability varies by Cablecraft facility, process, product and program scope. Confirm the specific requirements of your application with Cablecraft.
Light Vehicle Engineering and Sourcing Resources
Use Cablecraft technical literature to prepare specifications, compare product types and assemble the information needed for a productive engineering review.
Engineering Design Guides
Review control cable, Cycle-Flex, safety and restraint, conduit, bend radius and other design resources.
Browse Cablecraft engineering resources →Product Catalogs & Literature
Access control cable, actuation, linkage, hardware and technical product documentation.
Browse Cablecraft product documents →Application Review
Share your drawing, specifications, sample, anticipated volume and program requirements with Cablecraft.
Start a light vehicle RFQ →Light Vehicle Control Cable FAQs
Direct answers to common questions from automotive engineers, sourcing professionals and program teams.
What light vehicle products does Cablecraft manufacture?
Cablecraft manufactures and supplies push-pull and pull-pull control cables, safety and restraint cable assemblies, Cycle-Flex miniature cables, remote actuation systems and related controls. Cablecraft also supports mechanical and mechatronic component programs, while Radial Bearing provides rod ends, spherical bearings and engineered linkage assemblies within the Cablecraft family.
What is the difference between a push-pull cable and a pull-pull cable?
A push-pull cable transfers linear motion in both directions and requires an innermember with enough compression strength to push as well as pull. A pull-pull or pull-only cable transfers force in tension and normally depends on a spring, an opposing cable or the controlled mechanism to return to its starting position.
Where are safety and restraint cables used in light vehicles?
Common light vehicle uses include tailgate checks, hood restraints, spare tire retention, load restraints, emergency releases and door or lid stops. The final cable construction, fitting and safety factor must be selected for the specific working load and environment.
Can Cablecraft build a custom automotive control cable assembly?
Yes. Cablecraft can configure cable type, conduit, overall length, travel, fittings, materials, coatings, sealing and mounting features around the requirements of the application. Drawings, 3D models, samples and complete operating conditions help accelerate the engineering review.
Does Cablecraft support prototypes and testing?
Cablecraft offers prototypes to help finalize dimensions, tolerances and interfaces before production. Lifecycle and durability testing can also be evaluated for the prototype or program when appropriate to the product and application.
What quality certifications support Cablecraft automotive programs?
The Cablecraft Bolivar, Ohio management system is certified to IATF 16949:2016 for the design, manufacture and assembly of connectors, mechanical cable assemblies, controls and related products. Cablecraft also maintains ISO 9001 certifications at applicable facilities. Certification scope should be confirmed for the specific facility and program.
Can Cablecraft support vehicle mechatronic components?
Yes. Cablecraft supports electronic controls, mechanical systems and electromechanical component solutions. Vehicle-related examples include HVAC control modules, driver-interface switches and controls, sensors, transmission control modules and electronic throttle components.
What should be included in a light vehicle control cable RFQ?
Include the required load, travel, routing, overall length, bend locations, temperature, contaminants, cycle-life target, fittings, mounting interfaces, annual volume and program timing. Attach drawings, models, photographs or a physical sample when available.
Start a Light Vehicle Motion Control Project
Share your application requirements, drawing, target load, travel, routing, environment, volume and timing. Cablecraft will help evaluate the appropriate cable, restraint, actuation, mechatronic or linkage approach.