Victorious · Land Rover Freelancer LR2 · Cooling System
Intercooler Inlet Manifold Hose — Freelander LR2 2.2 Turbo Diesel
Direct-fit intercooler-to-manifold hose assembly with hardware. OEM-specification performance for 2008–2014 Freelander LR2 diesel models.
Freelander LR2
2008–2014
Reinforced Rubber
Direct Fit
Cooling System
OEM Specification
Overview
The Freelander LR2 (2008–2014) with 2.2-litre single-turbo diesel engine demands precision cooling system integrity. The intercooler-to-inlet-manifold hose is a critical link in your engine's thermal management—any degradation compromises boost efficiency, engine response, and long-term reliability.
This is a direct-fit replacement hose assembly engineered to OEM specification. It connects the intercooler outlet directly to the inlet manifold, channelling cooled, pressurised air into the combustion chamber. Complete with reinforced rubber construction and stainless-steel hose clamps, it replicates OEM performance without compromise.
Whether you've experienced a split, perished hose, or blocked intercooler discharge, this assembly restores proper boost pressure, eliminates air leaks, and stabilises engine temperature across all driving conditions. Fits front-right lower position; direct bolt-on installation.
What's Included
🔧
Intercooler Hose Assembly
Complete manifold-to-intercooler connection, pre-formed and ready to install
🔩
Stainless-Steel Hose Clamps (×2)
Heavy-duty clamps prevent pressure loss and vibration-induced leaks
📋
Installation Instructions
Quick-reference guide with torque specs and positioning diagram
✓
12-Month Warranty
Coverage against material defects and manufacturing faults
Product Highlights
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OEM-Specification Design: Matches original equipment dimensions, routing, and pressure rating precisely
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Reinforced Rubber Construction: Resists oil, diesel, and extreme boost temperatures over 4+ year service life
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Direct Fit, No Adapters: Bolts directly to intercooler outlet and inlet manifold—zero modifications needed
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Includes Hardware: Two stainless-steel clamps supplied; no additional fittings required
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74mm & 67mm Bore Diameters: Dual-diameter design optimises flow velocity and pressure uniformity
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Front-Right Lower Positioning: Factory-correct location minimises thermal soak and routing complications
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Pressure-Tested: Each assembly verified for air-tightness before dispatch
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Weights ~1.2kg: Minimal thermal mass; no impact on engine bay heat management
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Fast Installation: 15–20 minute job for trained technicians; single service point
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No Restrictions: Full cross-sectional bore—zero restriction compared to OEM
Compatibility
| Vehicle |
Engine |
Years |
Fit |
| Land Rover Freelander LR2 |
2.2L Turbo Diesel (Single Turbo) |
2008–2014 |
Direct Fit |
| Land Rover Freelander LR2 |
2.0L Petrol |
2008–2014 |
Not Compatible |
| Land Rover Freelander 1 (L314) |
All Engines |
1997–2006 |
Not Compatible |
| Range Rover Sport L320 |
2.7L TDV6 Diesel |
2005–2013 |
Not Compatible |
Verify Part Numbers Before Purchase: Cross-check your current hose assembly with OEM numbers LR066429, LR002589, or LR000927. Confirm engine code on your V5C registration document.
Installation
Difficulty Level: Beginner to Intermediate | Time: 15–20 minutes
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Disconnect Battery Negative Terminal. Always de-energise before touching cooling circuit components.
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Allow Engine to Cool. Wait 30+ minutes after engine shutdown to avoid scalding coolant contact.
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Locate Intercooler Outlet and Inlet Manifold. Reference installation diagram; outlet sits driver-side, manifold inlet on cylinder head top-front.
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Remove Old Hose Assembly. Loosen both hose clamps with adjustable wrench; gently twist and withdraw hose from both ports. Drain any residual boost pressure into catch pan.
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Inspect Connection Ports. Wipe clean with dry cloth; check for damage, corrosion, or debris. Replace rubber seals if cracked or flattened.
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Route New Hose Assembly. Position hose along factory path (driver-side engine bay); avoid contact with exhaust manifold, ancillaries, or high-heat surfaces.
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Secure to Intercooler Outlet. Slide hose onto outlet nozzle (74mm bore); position clamp ~5mm from hose end; tighten to 8–12 Nm using torque wrench.
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Secure to Inlet Manifold. Slide hose onto manifold inlet (67mm bore); position clamp ~5mm from hose end; tighten to 8–12 Nm.
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Pressure Test. Start engine; rev gently to 1500 rpm; inspect both clamp points for air weeping. Tighten further if micro-leaks detected.
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Reconnect Battery. Re-engage negative terminal; clear any fault codes using diagnostic scanner if required.
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Road Test. Drive gently for 5 km to verify boost delivery, turbo spool, and engine response. No whistle, surge, or overboost faults should occur.
⚠️ Never force the hose onto ports. If resistance is met, verify you have the correct assembly (bore sizes 74mm outlet, 67mm manifold). Do not use sealants or thread-lock on rubber hose interfaces—hose design relies on friction fit only. Over-tightening clamps will crush the hose wall and create internal blockage.
Why Choose Victorious
We specialise in OEM-specification cooling and turbo components for Land Rover diesel platforms. Every intercooler hose assembly is pressure-tested in-house and cross-referenced against official Land Rover parts catalogues. We ship worldwide via DHL, FedEx, and UPS with full tracking. If you're unsure of fitment, call +44 203 943 9919 (Mon–Fri 9am–7pm) and speak to our technical team. 30-day money-back guarantee on all products.
Ready to Restore Boost Integrity?
Order this OEM-specification intercooler hose today and reclaim your Freelander LR2's turbo diesel performance. Fast shipping, expert support, 30-day guarantee.
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Disclaimer: Victorious Automotive is an independent aftermarket specialist and is not affiliated with, endorsed by, or connected to Land Rover, Range Rover, Jaguar, or Tata Motors. All vehicle names, logos, and brands are the property of their respective owners. This product is engineered to OEM specification but is an aftermarket component. Always verify compatibility with your specific vehicle's VIN before purchase. Installation should be performed by a qualified technician. Victorious Automotive assumes no liability for improper installation, damage, or loss resulting from use of this product.
