Chassis Systems
Chassis-2W, Chassis-3W, Chassis-Bike2, Chassis-Car, and Collage-Chassis for different vehicle and presentation requirements.
Drivetrain Validation
Smart Power Train Technology for Advanced Movement
ATS Group supports chassis dynamometers, emissions analysis, ETAS measurement solutions, and combustion tools for complete power train development, calibration, and validation workflows.
Explore Power Train
Power Train
What is Power Train
A power train is the complete system that generates power and delivers it to the wheels. It includes the components and validation tools used to understand motion transfer, torque behaviour, efficiency, drivability, combustion quality, and emissions performance.
On the ATS reference page, this area spans multiple product groups including chassis systems, collage overview displays, emissions solutions, ETAS tools, lambda measurement kits, and combustion analysis platforms.
Coverage
Power Train Products Included on This Page
Emissions and Combustion
Collage_Emission_ETAS_Combustion, Emission-Combustion, Emission-Horiba, and Emission-SPC for analysis and compliance workflows.
ETAS and Measurement Tools
ETAS ES592, ETAS Lambda Kit, and Kistler KiBox for acquisition, lambda monitoring, calibration, and combustion insight.
Types Of Power Train
Chassis-2W
The reference page presents Chassis-2W as a base structure built around two primary wheels, usually powered, with a support wheel or caster for balance. In automotive and mobility validation context, this kind of setup helps support compact two-wheel testing and demonstration environments where power delivery, rolling response, and repeatable control need to be measured clearly.
It offers a simple, lightweight architecture that is easy to control and useful for structured validation or educational presentation of two-wheel motion systems.
Types Of Power Train
Chassis-3W
Chassis-3W is described on the reference page as a three-wheel base structure with two powered wheels and one free-rotating support wheel. This arrangement gives better balance than a two-wheel structure while preserving straightforward control and maneuverability.
For ATS customers, that makes it useful for specialized three-wheel vehicle studies, compact mobility concepts, and test setups that need stability, simplicity, and easy integration.
Types Of Power Train
Chassis-Bike2
The reference material includes Chassis-Bike2 as a compact platform aligned to lightweight two-wheel style applications. It is suitable where simpler chassis arrangements are needed for movement, control, and demonstration of bike-oriented dynamics.
ATS can position this as a practical category for smaller mobility concepts, bike-related validation support, and lightweight power train studies where packaging and agility matter.
Covering two-wheel, three-wheel, bike, and car-based power train validation in one page.
View Emissions ProductsTypes Of Power Train
Chassis-Car
The reference page defines Chassis-Car as a four-wheel car-like base that provides strong stability and smooth movement. It offers a robust platform for motors, controllers, batteries, sensors, and heavier loads, making it suitable for more advanced automotive-style development and autonomous motion projects.
Within ATS positioning, this fits passenger vehicle validation, car-based mobility demonstrations, and drivetrain studies that require a stable full-vehicle style chassis platform.
Collage View
Collage-Chassis
The live reference also includes a Collage-Chassis section that combines different chassis types into one presentation view. It is mainly a visual overview used to compare structures, use cases, and design differences across 2-wheel, 3-wheel, bike, and car-style chassis categories.
This kind of section works well on the ATS page as an overview block for customers who want to understand the full chassis offering before selecting a more specific product category.
Emissions and Combustion
Analysis and Optimization Tools for Cleaner Power Train Development
Emission Control
Measure and monitor pollutant formation to support compliance, calibration, and cleaner combustion strategies.
Lambda Analysis
Track air-fuel ratio behaviour and oxygen content for better combustion efficiency and ECU calibration accuracy.
ETAS Logging
Capture high-speed signals from sensors and ECUs for development, diagnostics, and detailed engineering evaluation.
Combustion Insight
Use in-cylinder pressure and combustion analysis tools to improve timing, efficiency, and knocking behaviour understanding.
Concept Overview
Collage_Emission_ETAS_Combustion
The reference page describes this section as a combined presentation of emissions, ETAS tools, and combustion processes in one visual layout. Its purpose is to show how fuel combustion leads to emissions and how engineering tools are used to monitor, analyze, and optimize engine performance and emission output.
This makes it a helpful bridge section between pure emissions hardware and deeper measurement or calibration tools on the page.
Emissions
Emission-Combustion
The reference explains Emission-Combustion as the fuel-burning process inside an engine and the resulting release of gases and particles such as CO2, CO, NOx, and particulate matter. It highlights how combustion quality directly affects both engine performance and pollution output.
ATS can use this section to frame the importance of accurate emissions measurement, combustion optimization, and environmental compliance in modern power train development.
Emissions
Emission-Horiba
According to the reference page, Emission-Horiba refers to the use of advanced Horiba emission measurement systems to analyze pollutants produced during combustion. These systems are used to accurately measure gases such as carbon dioxide, carbon monoxide, nitrogen oxides, and hydrocarbons.
They help engineers monitor engine performance, support environmental compliance, and optimize combustion processes in laboratories, vehicle testing centers, and research environments.
Emissions
Emission-SPC
Emission-SPC is presented on the reference page as the use of Statistical Process Control methods to monitor and control emission levels during industrial or engine combustion processes. By analyzing emissions data over time, engineers can detect variation early and keep processes within environmental limits.
This section fits ATS well for customers who need process consistency, trend monitoring, and early corrective action during emission-led validation programs.
Support combustion, emissions, ETAS calibration, and chassis validation from a single ATS power train page.
See Measurement ToolsETAS Solutions
ETAS ES592
ETAS ES592 is described on the reference page as a compact data acquisition and measurement module from ETAS GmbH used widely in automotive testing and development. It captures high-speed signals from sensors and ECUs so engineers can monitor and analyze vehicle and engine performance in real time.
Its role on this page is to represent the data logging, calibration, and diagnostic side of advanced power train engineering.
ETAS Solutions
ETAS Lambda Kit
The ETAS Lambda Kit is shown on the reference page as a specialized measurement system for analyzing air-fuel ratio and oxygen content in engine exhaust gases. It includes lambda measurement modules, sensors such as wideband probes, and the related connection hardware used in engine testing and development.
It helps engineers understand whether an engine is running rich or lean and supports calibration, emissions studies, and combustion-efficiency optimization.
Combustion Analysis
Kistler KiBox
The reference page presents Kistler KiBox as an advanced combustion analysis and engine measurement system used in automotive and engine research. It captures in-cylinder pressure and related engine parameters in real time, helping engineers understand ignition timing, heat release, knocking behaviour, and engine efficiency.
This makes it one of the most valuable tools on the page for deeper combustion insight and precision engine development work.
Support
FAQs
1. What products are covered on this Power Train page?
This page now covers the chassis categories, emissions and combustion sections, ETAS tools, lambda kit, and Kistler KiBox shown on the ATS reference page.
2. What is chassis validation used for?
It is used to evaluate different vehicle base configurations, motion response, control behaviour, and suitability for testing or development programs.
3. Why are emissions tools important in power train development?
They help engineers measure pollutants, optimize combustion quality, and support compliance with environmental standards.
4. What does ETAS ES592 do?
It provides compact, high-speed data acquisition for sensors and ECUs, supporting measurement, calibration, and diagnostic workflows.
5. What is the purpose of an ETAS Lambda Kit?
It measures air-fuel ratio and oxygen content in exhaust gases to help improve combustion efficiency and emissions calibration.
6. What does Kistler KiBox help analyze?
It helps analyze in-cylinder pressure, ignition timing, heat release, knocking behaviour, and broader combustion efficiency.
Contact ATS Group
Need support with power train validation, emissions analysis, or ETAS-based measurement?
ATS Group can help align chassis systems, emissions tools, and combustion analysis solutions to your development and compliance requirements.