SPAL 30100435 10" Low-Profile Curved-Blade Puller Fan 12 V 802 CFM

Vehicle Fitment

• Universal application - suitable for most radiators, oil coolers or heat-exchangers in 12 V systems; not vehicle-specific.

Features

• 10" diameter low-profile design for tight engine-bay installations
• Curved-blade puller configuration to maximize airflow through cores
• Rated at approx. 802 CFM at zero static pressure
• 12 V DC operation compatible with most automotive systems
• Water- and dust-resistant sealed motor for high durability
• Individually balanced assembly to reduce vibration and noise
• Mounting depth approx. 2" (≈ 52 mm) for slim installations
• Compatible with universal bracket kits - mounts to many radiators or oil cooler setups

Specifications

• Brand: SPAL
• Part Number: 30100435
• Fan Type: 10" Low-Profile Curved-Blade Puller Fan
• Airflow: Approx. 802 CFM (0 static pressure)
• Diameter: 10" (≈ 254 mm)
• Depth (motor + housing): ~2" (≈ 52 mm)
• Voltage: 12 V DC
• Blade Style: Curved blades
• Mounting Holes: ¼" (≈ 6.4 mm) mounting hole pattern

Included Components

• 1x SPAL 10" Low-Profile Curved-Blade Puller Fan - Part #30100435
• Note: Mounting brackets and wiring harness not included - sold separately

Product Description

The SPAL 30100435 is a high-performance 10" low-profile puller fan engineered for challenging installations where space is limited but airflow cannot be compromised. With its curved-blade configuration and approximately 802 CFM airflow capacity, it offers excellent cooling support for front-mounted radiators, oil coolers, or heat exchanges in compact or custom engine bays.

Designed with a sealed, dust- and water-resistant motor and an individually balanced assembly, this fan is built to last under demanding conditions. Its slim mounting depth makes it especially suited for tight clearances behind cores or in track-driven or modified vehicles. While it uses a universal fit design, you'll want to select an appropriate mounting bracket kit and wire it with a proper relay setup to ensure optimal performance and reliability.