Place of Origin:
China
Brand Name:
Womala
Certification:
.
Model Number:
LR066429
Product Overview
The Intercooler to Manifold Hose LR066429 is an OE-grade charge air hose engineered for the 2.2L TD4 diesel engine (DW12 / 224DT) in the for Land Rover Freelander 2 / LR2 (L359). This hose connects the intercooler outlet to the intake manifold, carrying cooled, pressurised charge air from the intercooler to the engine as part of the turbocharger induction circuit.
LR002589 is the original part number; LR066429 is the current replacement, with a supersession path of LR002589 → LR066429.
⚠️ Important: This hose is a known failure point on the 2.2L diesel Freelander 2. It is prone to splitting, perishing, or working loose at the clamps due to constant heat and pressure cycling, leading to boost leaks, power loss, and black smoke.
Key Features
Charge air hose – connects intercooler outlet to intake manifold on the 2.2L diesel engine
OE-grade quality – available as Genuine Land Rover, Gates, NRF, Vaico, EAC, and other quality alternatives
Silicone upgrade option available – silicone hoses resist higher temperatures and will not rot or perish like standard rubber
Direct-fit replacement – restores correct turbo boost pressure and engine performance
OE Cross-Reference
| Primary | Supersession | Additional References |
|---|---|---|
| LR066429 | LR002589 | 6G926K863BD, 6G926K863BE, LR000927 |
💡 Note: LR066429 replaces LR002589. Gates 09-0567, NRF 166498, and Vaico V48-0185 are quality aftermarket equivalents with OE-matching fitment.
Technical Specifications
| Parameter | Detail |
|---|---|
| Part Type | Intercooler to Manifold Hose / Charge Air Hose |
| Material | AEM (Ethylene Acrylate Rubber) |
| Hose Length | Approx. 140 mm |
| Inner Diameter 1 | 57 mm |
| Inner Diameter 2 | 54 mm |
| Weight | Approx. 557 g – 1.21 kg |
| Condition | Brand New, OE-Grade |
Vehicle Fitment
| Make | Model | Chassis | Years | Engine |
|---|---|---|---|---|
| for Land Rover | Freelander 2 / LR2 | L359 | 2006 – 2014 | 2.2L TD4 / SD4 / eD4 Diesel |
Engine details (verify with VIN):
2.2L CR DI 16V Diesel (DW12 / 224DT)
Power variants: 110 kW (150 PS), 112 kW (152 PS), 115 kW (156 PS), 118 kW (160 PS), 140 kW (190 PS)
⚠️ Important: This hose is specifically for the 2.2L diesel engine – not for 3.2L petrol or other variants. Confirm your engine type before ordering.
Signs of Failure
Loss of power – boost leak causing reduced turbo performance
Black smoke from exhaust – incorrect air-fuel mixture due to boost loss
Whistling noise under acceleration – air escaping from a split hose
Poor fuel economy – engine compensating for lost boost pressure
Visible split or perishing – hardened, cracked, or loose hose at clamps
💡 A split intercooler hose is a common failure on the 2.2L diesel Freelander 2. Replacing it restores correct turbo boost pressure and ensures reliable engine performance under load.
Critical – Verify Your VIN Before Ordering
Charge air hoses are VIN- and engine-specific. Provide your VIN – our team confirms exact compatibility before dispatch. We cannot accept returns for misordered parts without VIN verification.
💡 Installation Tip: Professional installation recommended. Inspect the hose clamps and intercooler connections for wear during replacement. Consider upgrading to a silicone hose for improved durability against heat and pressure cycling.
Why Choose Us
|
Advantage |
Detail |
|---|---|
|
Inventory |
10,000+ SKU in stock |
|
Quality |
OE-grade, fully tested |
|
Warranty |
18-month against manufacturing defects |
|
Shipping |
Global via DHL / UPS / FedEx |
|
Flexibility |
Sample orders welcome, low MOQ |
Contact us for bulk orders or VIN‑checked quotes.
Specifications subject to change; images for reference only.Aftermarket replacement – not affiliated with Jaguar Land Rover.
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Frequently Asked Questions
A: Signs of a failing bumper bracket include visible damage or deformation, misaligned bumper panels, unusual noises from the front end, or if the bumper appears loose or sagging on one side.
A: For optimal results, we recommend professional installation. Key considerations include ensuring proper alignment of all mounting points, checking for additional damaged components, and verifying all fasteners are properly torqued to specification.
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Send your inquiry directly to us