Model No: 2078000700,etc.
Geely Fan Shroud – Original Equipment Radiator Fan Cowl & Cooling Fan Shroud Assembly
A fan shroud is a fan cover used in the engine cooling system.
Quantity :
Subscribe to our Newsletter
Geely Fan Shroud – Original Equipment Radiator Fan Cowl & Cooling Fan Shroud Assembly
The genuine Geely fan shroud — also called a radiator fan cowl or cooling fan shroud — is the precision-molded duct that directs airflow through the radiator. It forces the cooling fan to pull air across the entire radiator core, not just the circle directly in front of the blades. Without a correctly fitted shroud, a significant portion of the radiator receives no airflow at idle and low speeds, causing higher engine temperatures and reduced air conditioning performance in traffic.
We supply original Geely fan shrouds for the full passenger vehicle range, including Emgrand, Coolray (Binyue), Atlas, Borui, Vision, Okavango, and Jiaji.
Each genuine Geely radiator shroud is injection-molded from heat-stabilized polypropylene (PP), the same material specified by Geely for this underhood application. The mounting points, fan opening diameter, and clearance notches are positioned to the factory blueprint. Installation is straightforward: align the brackets with the radiator support, secure with the original bolts or clips, and the shroud is locked in place.
A damaged or missing fan cowl causes rising temperature gauge readings at idle that recover at highway speed, AC performance dropping in stop-and-go traffic, and the risk of fan blades contacting the shroud if the mounting tabs have cracked. Collision repair shops frequently need replacement Geely cooling fan shrouds because the original shroud breaks when the radiator support is pushed back in a front-end impact.
Technical Specifications (Varies by Vehicle Model)
Specifications of Geely fan shroud, Geely radiator fan shroud and Geely cooling fan shroud vary by year, model, engine type and cooling system configuration. Exact matching is available via VIN code, OEM part number or vehicle model details.
- Product Type: Radiator Fan Shroud / Cooling Fan Cowl (Single / Dual Fan Compatible)
- Fitment: 100% direct OEM replacement for Geely passenger vehicles (Emgrand, Coolray, Atlas, Okavango, Vision, Bin Yue, Jiaji)
- Material: High-impact, heat-stabilized polypropylene (PP) – anti-aging, UV-resistant, corrosion-free
- Mounting: Precision OEM-style brackets, pre-aligned mounting holes, snap-fit / bolt-on design
- Temperature Resistance: Operating range: -40°C ~ 120°C
- Certifications: ISO/TS 16949, compliant with automotive cooling system standards
- Surface: Matte black textured finish (paint-ready if required)
For accurate Geely fan shroud matching, send us your VIN, part number or full vehicle details.
Why Choose Us
- Full Model Coverage: Geely fan shroud for all popular Geely cars – in stock for fast global shipping.
- Free VIN/OEM Matching: Confirm the correct Geely radiator fan shroud part number within 24 hours.
- Factory-Direct Bulk Pricing: Competitive wholesale rates for distributors, repair centers and fleet buyers.
- Strict Quality Control: 100% pre-shipment inspection; secure, shockproof export packaging.
- Long-Term Supply: Stable production capacity to support consistent bulk orders.
Wholesale Call to Action
Looking for a reliable Geely fan shroud supplier? We offer full-range Geely radiator fan shrouds, durable quality and bulk wholesale pricing.
Contact us today for a free quote, sample evaluation or customized order—strengthen your Geely auto parts lineup and boost your Google search visibility!
Why This Matters in 2026
Radiator fan shrouds are one of the most overlooked yet critical components in the engine cooling system. A missing or damaged shroud allows air to be drawn around the radiator rather than through it, severely reducing cooling efficiency — especially at idle and low speeds when natural airflow is minimal. Based on our 2025 supply data covering 5,800+ fan shroud shipments to Toyota and Geely distributors, 36% of overheating complaints we analyzed were traced to a cracked or missing fan shroud, 29% to fan shroud rubbing against the radiator causing coolant leaks, and 21% to incorrect shroud fitment that left large gaps between the fan and shroud opening.
In this guide, we share our experience supplying genuine radiator fan shrouds to distributors and repair shops across the Middle East, Southeast Asia, and Latin America, covering everything from shroud function and failure diagnosis to OEM cross-reference, installation clearance specifications, and torque values.
What a Radiator Fan Shroud Does and Why It Fails
The fan shroud is a plastic or metal housing that surrounds the cooling fan and channels airflow through the radiator core. Without a shroud, the fan draws air from all directions — including from around the sides of the radiator — rather than pulling it through the radiator fins. This dramatically reduces cooling efficiency, particularly at idle and low vehicle speeds.
The shroud also serves a safety function by preventing the fan blades from contacting the radiator core or engine components.
Fan shrouds fail primarily due to thermal cycling and vibration. Engine vibration and wind pressure from the radiator fan cause stress on the shroud mounting points. Over time, this stress causes cracks to develop, typically near the mounting bolts or along the shroud edges. If a crack is left unrepaired, a piece of the shroud can break off and contact the rotating fan blades, causing damage to both the fan and the radiator. In severe cases, a broken shroud tip can stick into the radiator core and cause serious coolant leakage, leading to engine overheating under continued operation.
Symptoms of a Failing Radiator Fan Shroud
Before replacing any fan shroud, confirm the fault is actually the shroud — not a failed fan motor, a faulty thermostat, or a blocked radiator core.
Engine overheating at idle or in traffic: reduced airflow through the radiator due to a cracked or missing shroud. The temperature gauge may rise when the vehicle is stationary and return to normal once the vehicle is moving and natural airflow increases.
Fan noise or vibration: broken or loose shroud parts rattling against the fan blades. A cracked shroud can cause the fan to wobble or produce a sharp rattling or buzzing noise at idle.
Visible cracks or missing pieces: inspect the shroud for cracks, warping, or broken mounting tabs. Cracks typically develop near the mounting bolts or along the outer edges of the shroud.
Coolant leaks with no obvious hose damage: a broken shroud tip may be contacting the radiator core and causing a pinhole leak. This is a specific failure mode documented in certain vehicle platforms.
A/C performance drops when stationary: reduced airflow through the condenser as well as the radiator causes the air conditioning to blow warm at idle.
Fan roar that never stops: a damaged shroud that has shifted out of position may cause the fan to run at high speed continuously, even when the engine is cool.
How to Diagnose a Fan Shroud Problem: The Correct Procedure
The correct diagnostic procedure for fan shroud problems involves four steps.
Step 1: Visual inspection. Open the hood and inspect the shroud for visible cracks, warping, or missing sections. Pay close attention to the mounting points and the areas where the shroud meets the radiator. Look for debris or signs of contact between the fan blades and the shroud.
Step 2: Check fan-to-shroud clearance. With the engine off, measure the clearance between the fan blade tips and the shroud opening. The clearance should be approximately 1 inch (25 mm) between the blade tips and the shroud lip. If the gap is significantly larger or smaller, the shroud may be damaged or incorrectly installed.
Step 3: Check for shroud rubbing. Look for wear marks or scuffing on the inside of the shroud or on the radiator core. If the shroud is contacting the radiator, it can cause a coolant leak. This is a documented failure mode on certain Toyota Tundra models where shroud rub leads to radiator failure.
Step 4: Verify fan operation. With the engine at operating temperature, confirm the fan engages and pulls air through the radiator. If the fan is working but the engine still overheats at idle, the shroud is the likely culprit.
Installation Torque Specifications and Best Practices
Fan shroud fasteners are torque-critical. Under-tightening allows the shroud to vibrate and crack. Over-tightening can strip threads or crack the plastic shroud mounting points.
Toyota Fan Shroud Torque Specifications:
Fan shroud with fan motor to radiator (2 bolts): 6 N·m (61 kgf·cm, 4 ft·lbf).
Fan shroud to radiator (2 bolts): 5.0 N·m (51 kgf·cm, 44 in·lbf).
Cooling fan motor to fan shroud (3 screws): 3.9 N·m (40 kgf·cm, 35 in·lbf).
Fan shroud bolts for Tundra 5.7L: 6.5 N·m (66 kgf·cm, 58 in·lbf).
SAIC Motor Fan Shroud Specifications (applicable to some Geely platform applications):
Cooling fan shroud to radiator flange: 5–7 N·m.
Fan shroud to radiator: 7–10 N·m.
Installation Clearance Specifications:
The clearance between the fan blade tips and the shroud opening should be approximately 1 inch (25 mm).
For belt-driven fans, the fan should project into the shroud approximately one-half of the fan's depth.
There should be at least 1/4 inch (6 mm) clearance between the fan blades and the top and bottom of the shroud.
The fan should not be any closer than 1 inch to the nearest forward obstruction.
Installation sequence:
Disconnect the negative battery cable.
Remove the front bumper cover if necessary for access (model-dependent).
Remove the fan shroud mounting bolts and carefully lift the shroud out of the engine bay.
Clean the radiator core and inspect for debris or damage.
Position the new shroud and align the mounting holes.
Install the mounting bolts and torque to specification.
Verify fan-to-shroud clearance before final tightening.
Reconnect the battery, start the engine, and confirm the fan operates without contacting the shroud.
Real-World Case Study: Diagnosing Radiator Leak Through Shroud Inspection
A fleet operator in the Middle East with 45 Toyota Tundra 5.7L vehicles reported repeated coolant leaks on 11 vehicles between 80,000 and 120,000 km. The leaks were occurring at the radiator core, but no impact damage or corrosion was visible.
Initial diagnosis by the fleet's repair shop: radiator failure. Recommended action: replace radiator on all 11 vehicles.
SC Industry recommendation: inspect the fan shroud before replacing any radiators. On inspection, 8 of the 11 vehicles had cracked fan shrouds with missing pieces at the mounting points. The broken shroud tips were contacting the radiator core and causing pinhole leaks. This is a known failure mode on this platform.
Correct repair procedure: replace the fan shroud with genuine Toyota 16711-0S011 on all 8 vehicles, and replace radiators only on the 3 vehicles where core damage was confirmed. Results after 12 months: zero repeat coolant leaks. The fleet saved approximately $4,200 by replacing only the shrouds on 8 vehicles instead of all 11 radiators.
Frequently Asked Questions
Q: How do I know if my radiator fan shroud is failing?
A: Look for visible cracks or missing pieces on the shroud. Check for engine overheating at idle or in traffic, which is the most common symptom. Listen for fan noise or vibration. A cracked shroud can cause the fan to wobble or rattle. Inspect for wear marks on the radiator core that may indicate shroud contact.
Q: Can I drive without a radiator fan shroud?
A: No. Driving without a shroud severely reduces cooling efficiency, especially at idle and low speeds. The engine may overheat in traffic or hot weather. A missing shroud also allows debris to contact the fan and radiator.
Q: What causes a radiator fan shroud to crack?
A: Thermal cycling and engine vibration are the primary causes. The shroud expands and contracts with temperature changes, and constant vibration stresses the mounting points. Over time, cracks develop near the mounting bolts or along the outer edges. In some cases, a broken shroud tip can contact the radiator and cause a coolant leak.
Q: How much clearance should there be between the fan and the shroud?
A: The clearance between the fan blade tips and the shroud opening should be approximately 1 inch (25 mm). For belt-driven fans, the fan should project into the shroud approximately one-half of the fan's depth. There should be at least 1/4 inch (6 mm) clearance between the fan blades and the top and bottom of the shroud.
Q: Do I need to replace the fan motor when replacing the shroud?
A: Not necessarily. If the fan motor is functioning correctly, it can be transferred to the new shroud. However, if the fan motor is noisy, has play in the shaft, or shows signs of failure, it should be replaced at the same time to avoid repeat labor.
Q: Which Toyota and Geely models do you cover?
A: Toyota coverage includes Corolla, Camry, RAV4, Yaris, Hilux, Tundra, and Avalon. Geely coverage includes Coolray, Emgrand, Boyue, and Tugella. Other models are available on request.
Related Products
