News update — 21 September 2026: GWM says its Australian vehicle-development work now includes further refinement of advanced driver-assistance systems (ADAS). CarExpert reports that the new 3.0-litre TANK 500 and Cannon Alpha development program involved Australian and Chinese engineers and adds a conventional cruise-control option alongside adaptive and intelligent cruise functions.
The practical benefit is driver choice: owners may be able to select simple speed-holding cruise control when they do not want the vehicle automatically varying speed with traffic or adding lane support. The report does not confirm that every existing GWM or TANK vehicle will receive the same calibration or menu option.
GWM ADAS development: quick facts
| Item | What has been reported or published |
|---|---|
| Vehicles referenced | New 3.0-litre GWM TANK 500 and Cannon Alpha |
| Development location | Australian testing with engineers from Australia and GWM headquarters in China |
| Systems discussed | ADAS, cruise control, lane support, ride and handling, transmission and throttle mapping |
| New driver choice reported | Conventional cruise control in addition to adaptive and intelligent cruise functions |
| Wider validation program | GWM says diesel development exceeded six months and 35,000 combined kilometres in under two months of early fleet testing |
| Existing-owner update | No universal retrofit or over-the-air rollout has been announced in the cited material |
| Owner action | Check the exact vehicle's handbook, software version, settings and dealer information |
What is GWM changing?
CarExpert reported on 18 September 2026 that GWM is continuing to tune its ADAS for Australian buyers. Rob Trubiani, GWM Australia's Lead Product Dynamics and Integration Manager and a former Holden engineer, said driver-assistance systems formed part of recent local development work.
The report says engineers from GWM's Chinese headquarters were in Australia for work on the new 3.0-litre TANK 500 and Cannon Alpha. Ride, handling, transmission and throttle calibration were among the program's priorities, with ADAS also included.
GWM's official diesel launch material separately says the vehicles underwent more than six months of local engineering and validation. Early development vehicles covered more than 35,000 combined kilometres in less than two months across the Flinders Ranges, Victoria's High Country and Big Desert. GWM identifies software, towing integration, ride and handling, engine and transmission calibration as development areas.
Standard, adaptive and intelligent cruise are different
The three cruise-control descriptions should not be treated as interchangeable.
Conventional cruise control
Conventional cruise is intended to hold the driver's selected speed. It does not automatically maintain a set following gap to slower traffic. The driver must brake or cancel the system as traffic and road conditions change.
Adaptive cruise control
Adaptive cruise uses forward sensing to adjust speed when a vehicle is detected ahead. The driver still remains responsible for observation, braking, steering and selecting a safe speed and gap.
Intelligent cruise control
GWM's higher-level cruise function combines speed and following-gap assistance with lane-support input. It is a supervised driver-assistance feature, not autonomous driving. Road markings, weather, sensor visibility and system limits can affect operation.
The reported addition of conventional cruise matters because some drivers prefer a simpler mode on open roads, during towing or in traffic patterns where adaptive speed changes feel intrusive. Availability and operation must be checked on the exact vehicle rather than inferred from a news report.
Does this mean older TANK 300 or TANK 500 vehicles will be updated?
No broad update has been confirmed in the cited reports. The development work specifically references the new 3.0-litre TANK 500 and Cannon Alpha, and GWM's official material connects those models with its newer Coffee OS operating system.
Coffee OS supports over-the-air software updates, but that capability does not prove that a particular ADAS calibration will be sent to every vehicle. Hardware, sensors, software architecture, model year and homologation can all affect whether an update is available.
Existing owners should ask a dealer:
- What software version is installed on this VIN?
- Are any service campaigns or software updates outstanding?
- Does the vehicle support conventional, adaptive and intelligent cruise modes?
- Where are the mode-selection and assistance-sensitivity settings documented?
- Will an update reset saved driver preferences?
- Is calibration required after windscreen, camera, radar, suspension or alignment work?
Do not assume that a feature shown in a newer showroom vehicle can be enabled on an earlier model by changing a hidden menu or installing unofficial software.
What should buyers test before delivery?
Driver-assistance behaviour is easier to assess before purchase than after a long highway trip. During a dealer demonstration or test drive, ask to see the exact settings available on the vehicle and test them only where road conditions permit.
Check:
- how to select conventional, adaptive and intelligent cruise;
- whether the selected mode remains after restarting the vehicle;
- following-distance choices;
- lane-departure warning and lane-keeping sensitivity;
- steering-wheel or screen controls used to cancel assistance;
- dashboard icons and warning messages;
- speed-sign recognition and warning settings;
- how the system behaves when lane markings are poor; and
- the handbook's limitations for rain, dust, glare, trailers and unsealed roads.
The aim is not to provoke an intervention. It is to understand the controls, warnings and boundaries before relying on the feature in normal travel.
Why Australian tuning matters
Local development can expose a vehicle to road markings, surfaces, speed environments, traffic behaviour and towing use that differ from other markets. Calibration can then be adjusted for how frequently a warning appears, how strongly the steering assists, how the vehicle changes speed and how the powertrain responds under load.
That process is meaningful, but it is not a guarantee that every driver will prefer every setting or that the system will handle every road correctly. ADAS performance can vary with:
- faded or temporary lane markings;
- roadworks and merged lanes;
- dust, mud, insects or water on a sensor;
- heavy rain, glare or darkness;
- trailers or rear-mounted equipment;
- tyre, wheel, suspension or alignment changes; and
- accessories that alter a camera, radar or ultrasonic sensor's field of view.
Owners should use the settings provided by the manufacturer, keep sensing areas clean and treat every assistance function as support—not a substitute for attention.
Accessories can affect driver-assistance hardware
Front bars, light mounts, grille accessories and number-plate brackets can sit near radar, cameras or parking sensors. Roof cargo, rear carriers and trailers can also change visibility, loading and vehicle behaviour.
Before installing an accessory, identify every sensor in and around the installation area. Ask the product supplier and installer how the original angle, height, field of view and mounting rigidity will be preserved. A hole that physically accepts a sensor does not prove the sensor will operate or calibrate correctly.
After installation, check for:
- warning lights or unavailable-system messages;
- false parking alerts;
- blocked or distorted camera views;
- unexpected lane or cruise behaviour;
- changed headlamp aim;
- steering-wheel alignment; and
- manufacturer-required calibration.
Use qualified workshops for windscreen replacement, alignment, suspension, front protection or collision repairs when cameras or radar may be affected.
What has not been confirmed?
The current material does not establish:
- a rollout date for ADAS changes across the entire GWM range;
- an over-the-air update for all existing TANK vehicles;
- identical functions on every grade or model year;
- that conventional cruise is preferable in every condition;
- that ADAS can compensate for an obstructed or misaligned sensor; or
- that the vehicle can drive without continuous human supervision.
Owners should separate a development announcement from the specification of the individual vehicle they own or plan to buy.
Frequently asked questions
Is GWM removing adaptive cruise control from the new TANK 500?
No. The report describes conventional cruise as an additional choice alongside adaptive and intelligent cruise functions, not as their replacement.
Is intelligent cruise control autonomous driving?
No. It combines cruise and lane-support assistance, but the driver must supervise the vehicle, remain attentive and be ready to steer or brake.
Will my current TANK 500 receive the new ADAS calibration?
That has not been confirmed. Ask an authorised GWM dealer to check the VIN, installed software and any available service or over-the-air updates.
Can a bull bar or driving-light bracket affect ADAS?
Yes, if it obstructs, moves or vibrates a camera, radar or parking sensor, or changes calibration. Confirm the exact vehicle and fitting instructions before installation.
What should I do if cruise or lane assistance behaves unexpectedly?
Take control, cancel the assistance if necessary and follow the owner's manual. Clean the relevant sensing areas when safe, note the conditions and warnings, and contact an authorised dealer if the behaviour persists.
Owner resources
- Read CarExpert's report on GWM's Australian ADAS refinement
- Read GWM Australia's 3.0-litre diesel development announcement
- TANK 500 Diesel accessory-fitment checklist
- Browse TANK 500 accessories
- Ask Decision Maker 4X4 a fitment question
Decision Maker 4X4 is an independent accessories retailer and is not affiliated with GWM Australia. This article summarises reporting and manufacturer material reviewed on 21 September 2026. Features, calibration and update availability can vary by model, grade, build date and software version. Confirm the individual vehicle with GWM or an authorised dealer. The hero and supporting editorial images are AI-generated concepts and do not depict GWM's actual test vehicle or autonomous driving.
