HoneyBadger Performance Series 3010 Axial Fan

CoreXY and Voron builders know that insufficient hotend and part cooling can cause stringing, poor layer definition, and print failures — especially with high-speed or high-temperature printing. Without a reliable axial fan, these issues reduce print quality and increase failed prints.

The HoneyBadger Performance Series 3010 Axial Fan delivers compact, high static pressure airflow ideal for modern toolheads on printers like Voron 2.4, Trident, and other CoreXY builds. This 24V-capable fan features a durable dual ball bearing motor running at 13,800 RPM, providing up to 5.89 CFM airflow to maintain consistent hotend and part cooling. Flexible wiring options include 2-pin and 3-pin JST XH connectors with an optional tachometer signal, making it easy to integrate into custom and upgrade setups.

Why Upgrade?

• Ensures consistent hotend cooling to prevent heat creep and filament jams on high-speed CoreXY printers like Voron 2.4 and Trident.
• Improves part cooling airflow for sharper overhangs and bridging, reducing stringing and blobbing.
• Durable dual ball bearing motor extends fan lifespan compared to sleeve bearing alternatives.
• Flexible wiring with JST XH connectors simplifies integration into custom wiring harnesses common in DIY and Klipper setups.
• Supports 24V systems common in modern high-performance 3D printers, ensuring compatibility and stable operation.

Best For:

• Voron 2.4 and Trident builders upgrading their hotend and part cooling fans.
• CoreXY printer owners seeking reliable, high static pressure axial fans for toolhead cooling.
• Klipper ecosystem users requiring quiet, high-speed fans with tachometer feedback.
• DIY 3D printer builders needing compact 30x10mm fans for tight toolhead spaces.
• Users replacing noisy or underperforming stock fans on 24V printer setups.

Pair With the Right Filament

Optimized cooling from the HoneyBadger 3010 axial fan enhances print quality across a range of filaments, especially those sensitive to heat and cooling rates.

• PLA Filament — Improved part cooling reduces stringing and improves surface finish.
• PETG Filament — Maintains stable cooling to prevent oozing and blobbing.
• TPU Flexible Filament — Consistent airflow helps manage flexible filament cooling without warping.