This DEA Performance 3" dump / down pipe is an interchangeable section of the DEA Performance modular exhaust system for the Toyota Landcruiser VDJ79 V8 Ute Dual Cab 2012 2016 & VDJ76 V8 Wagon 2007. It fits as part of a matching DEA system (kit numbers DEATY11 and DEATY14) — it is not a standalone replacement for the factory exhaust.
Fitment
| Make | Model | Engine | Years |
|---|---|---|---|
| Toyota | Landcruiser VDJ79 V8 Ute Dual Cab 2012 2016 & VDJ76 V8 Wagon 2007 | V8 | — |
Specifications
| Type | Dump / down pipe |
|---|---|
| Pipe size | 3" |
| Material / finish | Aluminised mild steel (ACMS) |
| Fitment | Fits as a section of a matching DEA Performance exhaust system: DEATY11 and DEATY14 |
Please check before ordering: This is a section of the DEA Performance modular exhaust system and only fits when used with the matching DEA kit — it does not bolt on to the factory exhaust. Confirm your vehicle and DEA kit before ordering.
Also used in these kits
This part is a section of the following complete DEA kits:
Features
- Mandrel bent for optimum exhaust flow
- Aluminised mild steel (ACMS) construction
- Australian made
- 2 year warranty
About DEA Performance
DEA Performance exhaust components are designed and made in Australia, mandrel bent for optimum flow and made from aluminised coated steel or stainless steel for strong heat dispersion and resistance to corrosion.
FAQ
Will this fit my vehicle?
It is designed to fit as a section of the DEA Performance modular exhaust system for the Toyota Landcruiser VDJ79 V8 Ute Dual Cab 2012 2016 & VDJ76 V8 Wagon 2007. It requires the matching DEA kit (DEATY11 and DEATY14) and does not bolt on to the factory exhaust. If you are unsure, check your DEA kit number or ask us before ordering.
What warranty does it come with?
It comes with a 2 year warranty.
DISCLAIMER: DEA Performance parts and exhaust upgrades are intended for off-road and track use, unless otherwise stated. Customers are responsible for ensuring modifications comply with all applicable Australian laws and regulations.