Products - Delta Series | Ansible Motion

Delta series

The Delta series is our flagship range of dynamic DIL simulators intended for automotive product development work such as expert driver assessments, chassis dynamics, powertrain driveability, ADAS and active safety function calibration, V2X studies and HMI design evaluations.

This range of simulators includes everything required for high-fidelity, high-dynamic, human-centric vehicle simulations inside a practical laboratory space.

Stratiform or Triform Motion System

Ansible Motion’s patented 6-DOF motion platform, available in multiple configurations, delivering a highly refined and immersive simulator experience.

True-to-life Cabin

Either an Ansible Motion dynamic cabin or a modified real car that can be equipped with a full range of motion and sensory feedback systems.

Quick Change cabin system

Quick-change Cabin System that enables cabins to be rapidly exchanged for different vehicle experiments.

Distributed Data Bus

A powerful real-time computing platform with an open, modular architecture, seamlessly integrated with leading vehicle modelling, scenario, and graphics tools.

Easily Customizable

Easier than ever to match your brand style and feeling.

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Delta series

Ansible Motion Delta series simulators always include:

AML Stratiform Motion System or Triform Motion System – Ansible Motion’s patented 6-DOF motion bases, in multiple size and variant options (including S3 Spin, S3 Thrust and Sport configurations), delivering the simulator industry’s most refined physical experience
a true-to-life cabin – either an AML dynamic cabin or a modified real car – that can be equipped with a full range of motion and sensory feedback systems
AML QCSTM – Quick-change Cabin System that enables cabins to be rapidly exchanged for different vehicle experiments
AML DDBTM – Distributed Data Bus, a powerful, synchronous real-time computing environment with open and modular software architecture, fully integrated with all major real time vehicle modelling tools, scenario environments and graphics pipelines
simulation setup and binary executable compatibility, so that experiments are portable across all Ansible Motion simulators
wrap-around, real-time vision systems
professional haptic and audio toolchain
extensive range of ancillaries
worldwide lifecycle planning, logistics and support services

Motion without compromise

Ansible Motion Delta series DIL simulators are full-size, dynamic laboratory environments, suitable for virtual test driving of all types of ground vehicles. Well beyond covering just the basics of motion, these simulators excel in all secondary motion performance regions that contribute to realism in virtual test driving, delivering the ultimate high-dynamics, high-fidelity, high-precision experience.

Delta series DIL simulators are powerful tools for any experiment where the precision of drivers' control inputs and their perception of realistic vehicle responses is important, ranging from refined powertrain calibrations, through to limit handling evaluations.

Delta series DIL simulator motion advantages

Central to the Delta series is Ansible Motion’s patented, state-of-the-art stratiform motion system, which has an unequaled performance profile. Stratiform motion system advantages include:

a large, scalable footprint – which means vestibular motions are sustained for longer, delivering realism for real world driving events
independent motion axes – which means superior authority for combined motions to prevent position-dependent variations in acceleration
proprietary motion control system with more than a decade of development in the field – which means evaluators can experience the full range of vehicle behaviors from low-dynamic to high-dynamic with smooth, nuanced motion and extremely low latency
industrial strength and stiffness – which means a long service life and the ability to accommodate large payload masses, including real vehicle cutaways

Uniquely scalable simulation

As with all other Ansible Motion products, Delta series DIL simulators have an underlying modular architecture. The result is a full-size, dynamic simulator with unmatched flexibility and adaptability to various applications and use cases.

Elements can be modified, removed or replaced with real-world hardware and software; motion space and overall performance is highly scalable; cabins can be changed quickly so completely different vehicles can be evaluated back-to-back; and more.

This means more than being able to easily make the changes needed for daily test driving. It means having a DlL simulator that is fundamentally future-proof.

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Motorsport

Vehicle Dynamics Racing on Open Road

Vehicle dynamics

Nexen

Tyre development

Ansible-Motion-ADAS-city

ADAS

Trusted DIL simulator performance

Ansible Motion DIL simulators are in use, right now, in automotive R&D centres around the world. These simulators need to function reliably all day and every day. They need to perform repeatably every time. They need to deliver results that can be trusted.

With more than a dozen years of design, manufacturing and field experience with driving simulators, Ansible Motion understands the relationship between science, engineering and measurable performance.

At Ansible Motion we go beyond promising performance. We deliver it.

Motorsport

Vehicle dynamics

Tyre development

Trusted By Industry Leaders

BMW

Ford

Chevrolet

Honda

Continental

Michelin

Ford Performance

FAW

“It takes only half a day to produce the computer model that tests a new configuration of the car. That speed lets us try out things like different aerodynamic arrangements, in a variety of conditions, before we start cutting steel and spending lots of money. We can test four suspension setups, with four drivers, on four tracks, in a single day.”

Ansible Logos

Aaron Link

Lead Development Engineer, Chevrolet

“We’d drive the Mustang as it was set up and then change the bushings or spring rate, or tyre compounds. The simulator enabled us to quickly understand what that was doing to the ride and handling characteristics of the car. It really helped us to get the bones right before we got into physical prototypes.”

Ansible Logos (1)

Ron Heiser

Chief Programme Engineer Mach-E, Ford

“Our customers rely on virtual vehicle models to gain efficiency, improve performance and reduce cost during the vehicle development process. Investing in the Ansible Motion Theta C Driver-in-the-Loop simulator allows Michelin to satisfy the needs of our customers for reliable vehicle models by providing robust and accurate tire models.”

Ansible Logos (2)

Rajat Aggarwal

Tire Performance Expert, Michelin

17+

Years of engineering excellence

50+

Installations worldwide

15+

OEM and motorsport partnerships

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