BERSERKER VINDR Ultra-Performance 3010 Axial Fan 24V 3010A-24V-A 30x10mm

High-temperature environments in 3D printing, especially in CoreXY and high-speed Voron builds, demand reliable cooling to prevent heat creep and maintain print quality. Fans that fail or underperform can cause overheating, leading to clogs and print failures.

The BERSERKER VINDR Ultra-Performance 3010 Axial Fan 24V 3010A-24V-A is engineered for demanding 3D printer setups like Voron 2.4, Trident, and other CoreXY printers requiring compact, high-speed cooling solutions. This 30x10mm fan delivers 4.8 CFM airflow at 14,000 RPM with a dual ball bearing design and Class F insulation rated for 155°C, ensuring durability in hotend and chamber cooling applications. Featuring a dedicated tachometer and PWM speed control line, it allows precise monitoring and control of fan speed via Klipper or other firmware, helping prevent thermal runaway by pausing prints if RPM drops unexpectedly.

Why Upgrade?

• Maintains stable cooling in high-temp hotend and chamber environments to prevent heat creep and clogs on Voron 2.4 and Trident builds
• Enables real-time RPM monitoring and PWM control for safer print operation with Klipper firmware
• Dual ball bearings extend fan lifespan under continuous high-speed operation
• Compact 30x10mm size fits tight spaces in CoreXY and custom 3D printer builds
• Class F insulation supports reliable operation up to 155°C, ideal for all-metal hotends

Best For:

• Voron 2.4 and Trident builders upgrading hotend or chamber cooling fans
• CoreXY printer users needing compact, high-speed 24V axial fans
• Klipper ecosystem users requiring tachometer feedback for fan speed safety controls
• High-temperature all-metal hotend setups demanding durable fan components
• Custom 3D printer builds with limited space for cooling solutions

Pair With the Right Filament

Optimized cooling from the BERSERKER VINDR fan supports printing with temperature-sensitive filaments by maintaining stable hotend and chamber temperatures.

• PLA Filament — reliable cooling for consistent layer quality
• PETG Filament — prevents overheating and stringing with stable airflow
• TPU Flexible Filament — controlled cooling to avoid warping and improve layer adhesion