Keep Your Motor Cooler. Fly Harder.
Advanced cooling solutions engineered for FPV and RC aircraft performance. CNC machined. Aerospace-tested. Built by pilots.
Heat Is the Enemy. We Engineered the Fix.
Overheated motors lose power, thermally throttle, and wear out faster. Zizold cooling mounts increase heat dissipation through precision-machined fin geometry and optimized airflow channels.
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Lower Temperatures More surface area and optimized airflow channels reduce motor operating temp by up to 30°F — keeping you in the air longer.
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Increased Consistency Stable motor temps mean consistent power output lap after lap. No more mid-flight thermal throttling.
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Longer Motor Life Heat is the primary cause of motor winding failure. Lower temps directly translate to more flight hours per motor.
Zizold Aerospace Liquid Cooling Mount TMMeasured at full throttle, 85°F ambient. Results vary by motor, aircraft, and flight conditions.
Built to Aerospace Standards
Every Zizold cooling mount is designed from first principles — optimized geometry, proven materials, and real thermal testing. No guesswork.
CNC Machined
Every part machined from billet 6061-T6 aluminum. Fin geometry optimized for maximum surface area-to-weight ratio.
Aerospace-Inspired Design
Fin geometry and airflow channels adapted from aerospace heat exchanger principles. Engineered to shed heat at speed.
Tested Performance
Thermal camera verified under full-throttle conditions. Real data, not marketing claims.
High-Quality Materials
6061-T6 aluminum, hard anodized finish. Corrosion resistant, lightweight, crash durable.
Built by Pilots. Engineered to Last.
Zizold Aerospace started at the flight field, not in a boardroom. We were losing motors to heat — throttling in tight races, winding failures after long packs, inconsistent power on hot days.
We couldn't find a cooling solution that was actually engineered rather than improvised. So we built one. Every Zizold product starts with real thermal data, runs through design iteration, and doesn't ship until the numbers back it up.
Founded by pilots
We fly competitively and recreationally. We designed Zizold because we needed it — and couldn't find anything that actually worked.
Engineering-first
Every design decision is driven by thermal data, not aesthetics. If it doesn't lower temps measurably, it doesn't ship.
Real testing, real numbers
FLIR thermal verification on every product. We publish the data because we stand behind it.
Frequently Asked Questions
Can't find your answer? Contact us at hello@zizoldaerospace.com
How much temperature reduction can I expect?
In our full-throttle tests at 85°F ambient, Zizold cooling mounts reduced motor temperature by up to 30°F. Actual results depend on motor size, prop load, and ambient conditions — but the thermal data is published and real.
What motors and frame sizes are compatible?
Each product lists supported motor sizes and mounting patterns in the Compatibility tab. We currently support the most common FPV motor sizes (2204–2810). If you're unsure, contact us with your motor model.
How much does the cooling mount weigh?
Approximately 4 grams per mount — negligible for a freestyle or racing build. We optimized the fin geometry to maximize surface area without unnecessary mass.
Is installation difficult?
No. The Zizold mount installs in place of your stock motor mount using M2 and M3 hex drivers. Installation takes 5–10 minutes per motor. A full instruction PDF is available on each product page.
What material are the mounts made from?
6061-T6 billet aluminum, hard anodized finish. Same alloy class used in aerospace structural components — high strength-to-weight ratio, corrosion resistant, and crash-durable.
Do these work for both racing and freestyle?
Yes. We test under both racing (sustained full throttle) and freestyle (repeated punch-outs) conditions. Cooling performance is best at speed when there is real airflow through the fin geometry.
Engineered. Tested. Proven.
We don't publish specs we haven't measured. Every Zizold Aerospace product is validated with thermal camera data under real test conditions.
Real Thermal Imaging
Every design validated with FLIR thermal camera data under full-throttle conditions before going to production.
Engineering-Driven Development
Designed by engineers who fly. Every feature solves a problem we encountered at the field.
Built by Pilots, For Pilots
We race and freestyle. We know what breaks and why. Zizold exists because we got tired of overheating motors.
