Serving the farming industry across East Anglia for over 40 years
Avon Tuning HD will showcasean interactive display enabling farmers to manually configure an ECU and use Dimsport remapping equipment to mirror the process carried... Interactive display highlights ease of remapping

Avon Tuning HD will showcasean interactive display enabling farmers to manually configure an ECU and use Dimsport remapping equipment to mirror the process carried out on farms.

The LAMMA 2025 display will demonstrate the professional and safe nature of remapping to prospective agents and farmers.

It will highlight how easy  it is to read an ECU file from a machine and upload it to the Avon Tuning HD agent portal, says the company.

Quick return

Once the data has been uploaded, the user receives the edited file back and can apply the upgrade to the machine, typically in under two hours. Also on the stand will be the company’s freshly painted New Holland T5.110 in-house training tractor.

This is used to prepare agents on diagnostics and remapping procedures to ensure agents have the skills required to professionally and safely apply remaps to agricultural equipment.

The tractor will be connected to a static Dimsport DF2TR dynamometer, sold through Avon Tuning HD. Showing the dyno at LAMMA gives dealerships and engineers the opportunity to see the technology up close before placing an order.

Gareth Jones, director at Avon Tuning HD, says LAMMA 2025 represents the chance to show farmers and agents how remapping can benefit their businesses.

“Our agent network has grown considerably during the last five years, directly linked to the increased demand for professional remapping. However, there are still big opportunities for new agents to join.

“We want to use LAMMA to highlight how straightforward the process is and the support offered by the Avon Tuning HD team. The additions to our 2025 stand show our dedication to safely increasing machine efficiency across the agricultural industry.”

Avon Tuning HD will be on stand 7.600 at LAMMA 2025