Apollo Series,
Severe-Weather Fiberglass Flagpoles
Tennessee averages 29 tornadoes a year. Middle Tennessee sees the highest concentration in the state. And every spring and fall, the same storms that test your roof, your trees, and your nerves also test whatever flagpole is standing in your yard or at your building’s entrance. Most aluminum poles aren’t built for that. The Apollo Series from Zeus™ is.
Rated 180 mph unflagged — the highest wind rating in the Zeus™ lineup. Ground-set installation in heights from 25′ to 60′. Hand-crafted fiberglass that flexes under load instead of bending permanently like metal. When the storm passes, your flag is still flying and your pole is still straight.
What Happens to Aluminum in Severe Weather
When high winds hit an aluminum flagpole:
- Metal fatigues, bends, and stays bent – permanent deformation after a single major storm
- Corrosion accelerates in storm-damaged areas where the finish is compromised
- Replacement means new concrete work, new hardware, and new installation costs
- Insurance may not cover a pole that wasn’t rated for your area’s actual wind conditions
What wind speed is the Apollo rated for?
180 mph unflagged – the highest rating Zeus™ offers. This exceeds EF5 tornado wind thresholds and meets the demands of coastal hurricane zones, exposed hilltop properties, and severe weather corridors across Tennessee and Kentucky.
What heights are available?
The Apollo is available in heights from 25′ to 60′. All Apollo models use ground-set installation only, which provides the deepest foundation and strongest anchoring for high-wind conditions.
Why ground-set only?
Ground-set installation buries the sleeve directly into a concrete foundation. At 180 mph wind loads, this is the only mounting method that provides adequate resistance. Anchor base and hinge base configurations aren’t rated for these forces.
Is the Apollo overkill for a residential property?
Depends on your location and exposure. If your property sits on a ridge, hilltop, or open area with no wind breaks – or if you’re in a county with high tornado frequency – the Apollo is the right call. We assess your specific site during consultation and only recommend this series when conditions call for it.
Does fiberglass actually perform better than aluminum in storms?
Fiberglass has a higher strength-to-weight ratio through its layered construction. It flexes under wind load and returns to true, where aluminum bends and stays bent. After a severe weather event, a fiberglass pole is still standing straight. An aluminum pole often isn’t.
Built for the Storms Tennessee Throws at You
Related Services
Aeolus Series
Standard-duty commercial flagpoles rated 125 mph with five mounting options – the right choice when your site has moderate wind exposure.
Poseidon Series
Nautical flagpoles built for salt-air corrosion resistance at marinas and waterfront properties.
Custom Solutions
Purpose-built fiberglass poles fabricated to unique specs for government, institutional, and specialty projects.