Ford remapping BHP and Torque gains

Remapping the Ford Kuga (2016-2019), 2.0 TDCi 150HP.

On the Ford Kuga (2016-2019), the 2.0 TDCi 150HP responds to remapping mainly through extra BHP, broadening the usable rev range, with power up 33.3% to 200bhp and torque following at a gentler 21.6% to 450Nm.

Turbocharged diesels are the classic remap candidate, and this transformative improvement is felt mainly as a stronger mid-range, with less need to work the engine hard to access the extra performance. These figures apply to 2016-2019 models.

Typical remap gains for the Kuga 2.0 TDCi 150HP

Power (Horsepower)
Standard vs Remapped
STANDARD 150 BHP

TUNED → 200 BHP

Torque
Standard vs Remapped
STANDARD 370 NM

TUNED → 450 NM

+50 BHPPower gained
+33.3%BHP increase
+80 NmTorque gained
+21.6%Torque increase

  • Power: 150bhp standard, 200bhp after a Stage 1 remap.
  • Torque: 370Nm standard, 450Nm after a Stage 1 remap.
  • This is a power-led gain: BHP increases by more than torque, widening the usable power band rather than boosting low-end pull.
  • This is a turbocharged engine, which typically means further headroom exists beyond Stage 1 if hardware is upgraded.
  • As a diesel, the practical benefit is mainly felt as stronger pulling power for towing and motorway overtaking.
  • These figures apply specifically to 2016-2019 models.
  • These are Stage 1 figures only, achieved without any hardware changes.

Questions about remapping your Kuga 2.0 TDCi 150HP

How much power and torque does a Stage 1 remap add to the Ford Kuga (2016-2019) 2.0 TDCi 150HP?

A Stage 1 remap typically takes the Ford Kuga (2016-2019) 2.0 TDCi 150HP from 150bhp to around 200bhp, and torque from 370Nm to around 450Nm. This is a transformative gain achieved entirely through software, with no hardware changes required.

Is the Ford Kuga (2016-2019) 2.0 TDCi 150HP a good candidate for remapping?

Generally, yes: as a turbocharged engine it has the headroom to respond well to a quality remap, and the transformative gain shown here reflects that. The main caveats are condition, not the engine itself, a healthy service history, no outstanding fault codes, and (for diesels) a clear DPF and EGR are what actually determine whether this particular car is ready for a remap.

Will remapping affect the warranty on my Ford Kuga (2016-2019)?

A manufacturer can only void the parts of a warranty that the remap directly affects, not the entire vehicle, under the Consumer Rights Act and EU Block Exemption principles. In practice, on a Ford Kuga (2016-2019) 2.0 TDCi 150HP this usually means engine and transmission-related claims are the ones worth discussing with a reputable tuner before booking.

What should I check before booking a remap for my Ford Kuga (2016-2019) 2.0 TDCi 150HP?

Before booking, confirm the tuner uses a custom or bespoke file rather than a generic off-the-shelf map, ask whether they do a pre-remap health check, and check service history and mileage on your specific Ford Kuga (2016-2019). For a diesel like this one, also check the DPF and EGR are in good working order, since a generic remap on a struggling emissions system is where problems tend to start.

What's the difference between a Stage 1 and Stage 2 remap for the 2.0 TDCi 150HP?

Stage 1 is software-only and is what the figures on this page reflect. Stage 2 builds on that, but on a turbocharged engine like this, Stage 2 usually adds further gains but requires supporting hardware such as an upgraded intake or exhaust, so it is a separate conversation with a tuner rather than an automatic next step.

Will remapping my Ford Kuga (2016-2019) affect my insurance?

Yes, always, a remap is a modification and must be declared to your insurer regardless of size. Given this transformative gain on the 2.0 TDCi 150HP, expect a likely premium increase, and it is worth getting a quote from a specialist modified-vehicle insurer before booking the remap itself.