




The Azure Performance Downpipe is precision-engineered for the Lotus Emira equipped with the AMG-derived 2.0L turbocharged engine. Designed to reduce exhaust backpressure and improve turbo efficiency, this downpipe delivers a more aggressive tone and increased performance potential when paired with tuning.
Features
- High-grade SS304 stainless steel construction for long-lasting durability.
- Professional sand-blasted finish enhances thermal resistance and aesthetics.
- Offered in Catless and 200 Cell Catted options.
- Optional Azure Heat Shield for superior heat insulation and protection.
- Improves exhaust flow and reduces turbo lag.
- Direct bolt-on fitment to the factory exhaust system.
- Track use only; ECU tuning required for maximum performance and CEL resolution.
Product Fitment
| Make | Model | Chassis Code | Engine Code | Years |
|---|---|---|---|---|
| Lotus | Emira | – | 2.0T | 2023+ |
Performance Gains
Performance specifications for this model are currently being validated. Gains may vary depending on tuning and supporting modifications.
Description
The Azure Performance Downpipe is precision-engineered for the Lotus Emira equipped with the AMG-derived 2.0L turbocharged engine. Designed to reduce exhaust backpressure and improve turbo efficiency, this downpipe delivers a more aggressive tone and increased performance potential when paired with tuning.
Features
- High-grade SS304 stainless steel construction for long-lasting durability.
- Professional sand-blasted finish enhances thermal resistance and aesthetics.
- Offered in Catless and 200 Cell Catted options.
- Optional Azure Heat Shield for superior heat insulation and protection.
- Improves exhaust flow and reduces turbo lag.
- Direct bolt-on fitment to the factory exhaust system.
- Track use only; ECU tuning required for maximum performance and CEL resolution.
Product Fitment
| Make | Model | Chassis Code | Engine Code | Years |
|---|---|---|---|---|
| Lotus | Emira | – | 2.0T | 2023+ |
Performance Gains
Performance specifications for this model are currently being validated. Gains may vary depending on tuning and supporting modifications.
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