Seat Toledo 1.9 TDI Stage 1 Remap
On Seat Toledo 1.9 TDI diesel engines a Stage 1 remap recalibrates the fuel quantity, injection timing, boost pressure and torque limiter maps. No hardware is changed and the original software is backed up. The same engine is sold with different stock outputs across generations, so the gain depends on your version.
It depends on the generation and the stock output. 1.9 TDI engines with 90–150 bhp reach 120–185 bhp with a Stage 1 remap; the largest gain is +40 bhp (1.9 TDI 130hp). Pick your version in the table below.
Seat Toledo 1.9 TDI: Stage 1 figures by generation and year
Year / chassis: 2004 - 2009
| Engine | Power | Torque | Gain |
|---|---|---|---|
| Seat Toledo 1.9 TDI 105hp | 105 → 140 bhp | 250 → 320 Nm | +35 bhp |
Year / chassis: 1999 - 2004
| Engine | Power | Torque | Gain |
|---|---|---|---|
| Seat Toledo 1.9 TDI 90hp | 90 → 120 bhp | 210 → 290 Nm | +30 bhp |
| Seat Toledo 1.9 TDI 110hp | 110 → 140 bhp | 235 → 295 Nm | +30 bhp |
| Seat Toledo 1.9 TDI 130hp | 130 → 170 bhp | 310 → 390 Nm | +40 bhp |
| Seat Toledo 1.9 TDI 150hp | 150 → 185 bhp | 320 → 400 Nm | +35 bhp |
Where can this be done near you?
GP Power ECU applies the software at its workshop in Hukou, Hsinchu, using EcuPrime-developed files; workshops can also order the file directly.
About the VW Group 1.9 TDI (pump-duse and VE pump)
The 1.9 TDI is one of the longest-serving diesels in the Volkswagen Group, fitted to the Golf, Passat, Octavia, Leon, A3 and A4 in unit-injector (PD) form and, earlier, with a distributor (VE) pump. Its simple architecture and robust block make it an engine that responds well to a remap.
How a Stage 1 remap works on the Seat Toledo 1.9 TDI
A Stage 1 remap on this engine recalibrates injection duration, injection timing and boost pressure together. Torque arrives noticeably earlier in the rev range, so overtaking and hill climbs need fewer downshifts. On PD versions the condition of the camshaft and injectors has a direct effect on the result.
Pre-remap checklist
- Unit injector and camshaft wear, common at high mileage.
- Variable-geometry turbo vanes free of sticking.
- EGR valve and intake manifold soot build-up.
- Clutch and dual-mass flywheel condition; extra torque can cause slip.
Catalogue figures assume a healthy engine with its original turbo; an engine that needs maintenance should be serviced first.
This section is based on GP Power ECU workshop experience; the power and torque figures come from the catalogue measurement above.