Vehicle replacement driveshafts
Passenger cars, SUVs, pickups, vans, trucks and buses—matched by OE number, VIN and driveline specification.
- Steel or aluminium
- One or multiple sections
GLOBAL DRIVESHAFT ENGINEERING & SUPPLY
One place to identify, configure or engineer the right driveshaft.
From an OEM replacement for a passenger vehicle to a custom multi-section shaft for mining, marine, energy or industrial service—start with the information you already have.
- INPUT
- OE / VIN / drawing / measurements
- SCOPE
- Vehicle, off-highway, marine, industrial
- OUTPUT
- Matched item or reviewed specification
START WITH WHAT YOU KNOW
Four routes. One engineering review.
A part number, a vehicle, a damaged sample or only operating data can all become a structured request.
01
Ready-made catalog
Search by OE number, vehicle, equipment, maker, series or interface.
Find a match 02Guided brief
Describe the asset, duty, geometry, environment and documentation needed.
Open the brief 03Parametric builder
Define architecture, length, torque, speed, angles, interfaces and service class.
Configure the shaft 04Driveshaft AI Engineer
Select joints, tube, spline and flanges from duty data, then prepare CAD and project documents.
Open AI EngineerOEM & CROSS-REFERENCE CATALOG
Find a driveshaft by number, vehicle or known geometry.
Search normalized OEM numbers and manufacturer cross-references. A catalog match is a candidate: VIN, compressed length, joints, flanges and tube geometry are checked before price or supply is confirmed.
No exact catalog reference is visible yet.
Send the OEM number, VIN, photo or measurements. The engineering team can identify an equivalent or open a custom route without treating a similar number as confirmed fit.
Identify my shaftSUPPLY ROUTES
No exact number? Continue from the application.
Choose a route below to capture the vehicle, duty or sample data needed for a controlled match.
Performance, conversion & 4×4 shafts
Drivetrain swaps, lifted vehicles, motorsport and high-power applications with reviewed speed and angle limits.
- Steel, aluminium or composite
- Single or double Cardan
Commercial vehicle & interaxle shafts
Medium and heavy trucks, buses, vocational fleets, tractor units and interaxle driveline assemblies.
- Fleet and vocational duty
- Serviceable or low-maintenance joints
Mining & off-highway driveshafts
Dump trucks, loaders, excavators, construction, quarry and material-handling equipment under shock and contamination.
- High torque and shock load
- Heavy-duty sealing and protection
Agricultural PTO shafts
Tractors and implements with guards, wide-angle joints, overload protection and application-specific length.
- Guarding and safety devices
- Clutch and torque-limiter options
Industrial power-transmission shafts
Steel, paper, cement, test rigs, pumps, compressors, fans, mills and machine drivetrains.
- Continuous or cyclic duty
- Custom flanges and length compensation
Marine & offshore shafting
Propulsion auxiliaries, waterjets, thrusters and deck machinery with corrosion and class requirements.
- Corrosion-aware material system
- Classification documentation route
Oil, gas & energy project shafts
Skids, drilling and process equipment, pumps, compressors, generators and auxiliary drives.
- Project and vendor specifications
- Traceability and inspection plan
Repair, modification & reverse engineering
Inspection, retubing, length change, joint and spline replacement, balancing or reproduction from a sample.
- Condition report before work
- Geometry and balance verification
New design, prototype & production program
A controlled path from duty data and packaging envelope to prototype, validation and repeat production.
- Design and interface review
- Prototype to series documentation
- Catalog crosses
- Catalog length
- Joint / cross
- Flange / tube
APPLICATION COVERAGE
From a light vehicle to continuous industrial duty.
The selection logic changes with load spectrum, speed, articulation, packaging, environment, maintenance strategy and regulatory basis.
Passenger, SUV & performance
OEM replacement, 4×4, conversions, motorsport and high-power drivetrains.
Truck, bus & fleet
Road, vocational, interaxle and high-utilization commercial service.
Mining & heavy equipment
Haul trucks, loaders, excavators, cranes, quarry and construction machines.
Agriculture & forestry
PTO shafts, implements, harvesters, forestry machines and protected drives.
Industrial machinery
Mills, process lines, test stands, pumps, fans, compressors and machine drives.
Marine & offshore
Vessels, waterjets, thrusters, deck machinery and corrosion-critical service.
Oil, gas & energy
Drilling, process skids, generators, turbines and auxiliary equipment.
Special machines & new OEM programs
Robotics, defense-qualified supply chains, prototypes and application-specific equipment.
PARAMETRIC SHAFT BUILDER
Define the operating envelope before choosing components.
This configuration is a structured project input—not a manufacturing drawing or automatic design approval.
PRELIMINARY CONFIGURATIONDS-V-S1-1200
- Architecture
- Single section with slip
- Input-derived power
- 785 kW
- Review focus
- Speed, angle and critical-speed review
- Status
- Engineering validation required
Tube, joints, splines, flanges, welds, balance grade and safety factors are selected only after duty-cycle and interface validation.
ENGINEERING BRIEF
No drawing? Capture the decisions that determine the shaft.
Complete what you know and leave the rest for review. Photos, sketches, CAD and inspection files can be added on the secure project request screen.
STANDARDS & ACCEPTANCE BASIS
The applicable edition follows the product, market and project.
A standard name alone is not an approval. The quotation records the governing edition, calculations, tests, documents and acceptance authority for the exact shaft.
International balancing basis
ISO 21940-series requirements are selected where applicable to balancing procedure, tolerances and verification.
North American driveline practice
Current SAE terminology and application guidance, including J901, can be specified with OEM and interface requirements.
European interfaces & documentation
Applicable DIN, EN and OEM rules are mapped to flange geometry, materials, welding, inspection and technical records.
Eurasian market requirements
The relevant current GOST, technical regulation, vehicle or equipment requirement is confirmed for the delivery market.
Customer and series-production control
Drawings, special characteristics, traceability, inspection plans and PPAP/APQP deliverables can form the acceptance package.
Marine, offshore & critical service
Classification-society, owner, EPC, vendor-list and project specifications are reviewed before materials or testing are committed.
Compliance boundaryCertification, class approval, homologation or conformity marking is included only when explicitly quoted and supported by the required qualified supply route.
FROM REQUEST TO DELIVERY
A controlled handoff at every risk boundary.
The level of validation scales from a documented replacement match to a new OEM or critical-service program.
- 01
Identify the application
OE/VIN search, sample inspection, drawing review or operating-data brief.
- 02
Verify geometry and duty
Interfaces, length variation, angles, torque, speed, load spectrum and environment.
- 03
Select the supply route
Matched catalog item, configured assembly, repair, reverse engineering or new design.
- 04
Confirm specification and price
Scope, exclusions, standards, tests, documentation, lead time and commercial terms.
- 05
Manufacture and validate
Controlled production, dimensional checks, balancing and agreed inspection plan.
- 06
Deliver and retain records
Packaging, logistics, reports, identifiers and project history for repeat orders.
START FROM A NUMBER, A SAMPLE OR AN IDEA
Bring the shaft problem. Leave with a controlled order path.
Use the catalog for a known application, the brief for engineering review, or AI Studio when the geometry still needs to be developed.