10/06/2026
Dyno Results – Ford Ranger 2.0 Bi-Turbo 2023+
This Ford Ranger 2.0 Bi-Turbo 2023+ came in for a Unichip installation and live dyno tune to improve performance, drivability and overall responsiveness.
In standard form, the Ranger produced 163.4 bhp at 3,500 rpm. After installing the Unichip and completing a full live calibration, it delivered 182.3 bhp at the same rpm, with strong gains across the entire rev range.
As expected from the bi-turbo platform, the biggest improvements are seen in the mid-range torque and throttle response, significantly improving real-world driving, towing and overtaking performance.
Power Gains (bhp)
1,500 rpm: 75.3 ➡ 88.7 (+18%)
2,000 rpm: 125.0 ➡ 140.1 (+12%)
2,500 rpm: 146.8 ➡ 165.6 (+13%)
3,000 rpm: 152.3 ➡ 174.4 (+15%)
3,500 rpm: 163.4 ➡ 182.3 (+12%)
4,000 rpm: 158.1 ➡ 177.8 (+12%)
The Result
✅ Improved throttle response
✅ Stronger mid-range torque
✅ Better towing and overtaking performance
✅ Smoother, more refined power delivery
✅ Optimised safely through live dyno tuning
Unichip & Easy Connect System
Most modern Ford vehicles utilise our Easy Connect system, allowing seamless integration with factory electronics while maintaining OEM safety protocols.
This system is designed for quick installation and removal, leaving no electronic footprint — ideal for warranty-conscious owners.
Single-Map Option
Optimised for improved fuel efficiency under light throttle, while delivering maximum safe performance under load.
Five-Map Option (Map Select Switch)
🔒 Immobilizer Map
💼 Standard Map
⛽ Economy Map
🚚 Towing Map
🏁 Power Map
Where applicable, the Unichip can also provide additional thermal protection strategies. If the factory ECU does not provide sufficient thermal management, the Unichip can be configured in various ways to help protect the engine and drivetrain under demanding operating conditions.
With precise live tuning, the Unichip enhances the Ranger’s drivability and performance — delivering stronger, more usable power across the rev range for everyday driving, towing and load conditions.
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