Chassis dynamometer systems built for the next generation of vehicles

Get the power, precision and performance data you need

For more than 70 years, Burke Porter has led the industry with first-class chassis dynamometers and testing automation equipment. With the strength of Ascential Technologies behind us, we bring even more resources and data expertise to keep you moving forward. From traditional combustion to hybrid and electric vehicles, our systems meet and exceed global testing standards, empowering you to ensure safety, performance, and compliance worldwide.

TWO-WHEEL

drive chassis dynamometers

Centrally-mounted motor and torque/speed measurement system
Advanced road load simulation for real-world performance
Complies with EPA, CFR, AAM, ECE, Japan and China standards

Real-world testing precision for two-wheel drive vehicles

Ideal for light and medium two-wheel drive vehicles, this chassis dynamometer features a centrally mounted AC vector motor and roller assembly to simulate real road load and speed. It supports accurate emissions, performance, and fuel economy testing under true-to-road conditions.

Modular, flexible performance testing for dual-axle vehicles

Our four-wheel chassis dynamometer is modular, accommodating both two- and four-wheel drive vehicles. Each roller set is powered by digitally controlled AC vector motors for maximum precision and compliance.

FOUR-WHEEL

drive chassis dynamometers

Fixed and movable motor-centered configuration
Digitally controlled dual-axle simulation
Fully compliant with major global standards
NEW ENERGY

chassis dynamometers (E-Dyno)

Four independent 48-inch rollers and AC motors
High-precision speed and traction control
Full support for electric and hybrid test scenarios

Purpose-built for electric and hybrid vehicle testing

The E-Dyno supports electric vehicles with 2WD, 4WD or AWD through closed-loop, independent roller control. Powered by Burke Porter's fourth-generation real-time control system, this setup delivers fast response and unmatched repeatability for EV testing.

Low-noise systems built for interior, exterior and vibration testing

Designed for semi-anechoic chambers, NVH dynos simulate real road surfaces using large rollers and replaceable surface spectra. They enable both interior and exterior sound, comfort and vibration testing across all drive types.

NOISE

vibration and harshness (NVH) chassis dynamometers

75” to 120” roller diameters
Water-cooled AC motors for quiet performance
ISO362-3, ECE R51, GB1493 compliance
HEAVY-DUTY

chassis dynamometers

Supports single, dual, and multi-axle vehicles
Full-electric inertia simulation up to 60 tons
500–800HP AC motors for high-torque applications

High-capacity inline dynos for commercial and industrial vehicles

These inline dynamometers handle loads from 1.5 to 60 tons and speeds of 150+ km/h. Perfect for buses, trucks and specialty vehicles, they support emissions, fuel economy and performance testing in demanding conditions.

Electromagnetic compatibility testing in darkrooms

Our 4x4, 6x4, and 6x6 EMC dynos integrate DC motors with precision control software for both static and dynamic EMC testing. Designed for darkrooms, they provide exacting response and test repeatability for multi-axle electric or hybrid vehicles.

EMC

chassis dynamometers

Integrated turntable and roller design
Customizable sizes from 10m to 14m platforms
Compatible with the latest EMI shielding materials
CONTROLLER

and system equipment

High-speed data processing and torque commands
Real-time tension and pressure sensor inputs
Seamless control of AC vector drives

Real-time power and performance control for every system

At the core of each Burke Porter chassis dynamometer is the D4 real-time controller. With integrated Windows 10 application software and advanced feedback processing, it delivers fast, accurate control across every test condition.

Long before the rubber meets the road, ahead of your vehicles even go into production, you need to be sure they will perform as intended. From safety to emissions, horsepower to power steering, and everything in between, you need to know that drivers and passengers can expect a superior driving experience that assures their wellbeing. At the same time, you need to be sure that your products can pass even the strictest regulatory standards. That’s why more manufacturers trust Burke Porter for laboratory testing than anyone else.

We’ve designed and installed hundreds of dynamometers and laboratory testing products worldwide, including multiple EPA and WLTP certified testing facilities. Count on our decades of experience with traditional combustion, electric, and hybrid vehicles to help you transition to the electric and digital age. At the same time, you can rely on our experts to help you reduce emissions and fuel consumption, enhance drivability, vehicle performance, and detection of defective emission control devices.

Unmatched regulatory expertise

Burke Porter’s experts know the specifications for passing regulatory tests better than anyone. We should, we helped write them. Our team actively contributes to shaping industry standards, ensuring our laboratory products not only meet but often exceed the strictest regulatory requirements. This unique insight, combined with our cutting-edge technologies, make us the partner of choice for top-tier organizations the world over.

Reliable
and responsive

At Burke Porter, our commitment to excellence goes beyond just delivering exceptional laboratory products; it extends to our unparalleled customer service. From expert guidance during product selection to prompt technical assistance and maintenance, we’re with you every step of the way. What’s more, our experts in every region are available to provide OBD and emission reduction consulting, complete OBD certification documentation services and more.

Decades
of durability

Like you, we develop high-performance technologies that are built to last. Backed by the industry’s deepest experience and practical know-how, Burke Porter delivers best-in-class products and services that reliably perform for decades. And, once they’re up and running, we continue to support those installations through the entire lifecycle of a project – from conception to eventual advancement.