The right 30-foot antenna mast can dramatically improve reception for TV, ham radio, and Wi‑Fi antennas. This guide highlights five top options, spanning telescoping steel masts and durable fiberglass poles, to help you compare build quality, height, and installation comfort. Each entry includes key features to help you assess suitability for your location, mounting style, and equipment needs. Use the Buying Guide at the end to weigh factors like material, corrosion protection, and total collapsed length for storage.
| Product | Brand | Height (assembled) | Material |
|---|---|---|---|
| Easy-Up 33′ 2″ Telescoping Mast – TV WiFi HAM Antenna, EZ TM-50-U-95 | Easy Up Inc | 33′ 2″ | Pre-galvanized steel |
| Easy-Up 33′ 2″ Telescoping Mast – TV WIFI HAM Antenna – EZ TM-50-U-95 | Easy Up Inc | 33′ 2″ | Clear coated steel |
| ROHN 25G Series 30′ Basic Tower Kit | ROHN | ~30′ | Galvanized steel |
| Easy Up 20′ 9″ Telescoping Mast – TV WiFi HAM Antenna Push Up Pole | Easy Up Inc | 20′ 9″ | Steel |
| 31′ Fiberglass Pole – Black | Jackite | 31′ | Fiberglass |
Easy-Up 33′ 2 Inch Telescoping Mast EZ TM-50-U-95
Assembled height reaches 33′ 2″, suitable for high-elevation antennas and long-range reception. The mast uses multiple sections with progressively smaller diameters for stable, tall extension. Bottom section measures 2-1/4″ OD x 18 gauge at 74″ long, followed by 2″ OD x 18 gauge (80″), 1-3/4″ OD x 18 gauge (86″), 1-1/2″ OD x 18 gauge (92″), and a 1-1/4″ OD x 16 gauge top (94″ long). The tube material and construction emphasize durability for outdoor exposure.
Easy-Up 33′ 2″ Telescoping Mast EZ TM-50-U-95
This model shares the same 33′ 2″ assembled height with a 95″ collapse length. All sections progressively telescope and are described as clear coated pre-galvanized steel, offering corrosion resistance and straightforward assembly for elevated antenna installations. Bottom: 2-1/4″ OD x 18 gauge; subsequent sections descend in diameter with the topmost section designed for a secure antenna mounting at height.
31′ Fiberglass Pole – Black
Telescoping fiberglass construction offers a lighter alternative to steel for longer heights. The 31-foot length is suitable for mounting aerials where steel corrosion is a concern or where a non-conductive installation is preferred. Fiberglass provides good strength-to-weight performance for residential installations and can be easier to handle in certain weather conditions.
ROHN 25G Series 30′ Basic Tower Kit
Designed for robust, long-term tower installations, the ROHN 25G kit includes two 10′ standard sections and a 9’9″ top section to reach about 30′ in typical setups. The kit uses double bolted joints and hot-dip galvanizing for durability. The guide notes that assembly height may be less if the bottom section is embedded in concrete, and professional installation is recommended due to structural considerations and safety.
Easy Up 20′ 9″ Telescoping Mast
With a collapsed length convenient for storage, this model extends to 20′ 9″. It uses a stepped telescoping system with bottom, middle, and top sections sized for strength. The design includes rotating guy rings and a heavy-duty thumbscrew/collar system to set precise heights, making it a practical option for modest to intermediate antenna installations in tighter spaces.
Buying Guide: Key Considerations for 30-Foot Antenna Masts
- Material and corrosion resistance: Steel masts offer high strength, while fiberglass masts avoid electrical conductivity and corrosion concerns. Consider environment exposure (coastal salt air, rain, snow) when choosing material.
- Height and collapsed length: Taller masts increase reach but require stronger mounting and more storage space when collapsed. Verify the maximum height with your mounting structure and local regulations.
- Section design and compatibility: Telescoping sections should telescope smoothly, with secure locking. Check that the section diameters align with your antenna mounting hardware and clamps.
- Mounting and footing requirements: Some options expect concrete piers or heavy-duty mounts. Professional installation is often recommended for tower-style kits due to structural loads and safety concerns.
- Installation ease and maintenance: Look for clear coating, galvanization, or fiberglass construction to minimize maintenance in outdoor settings. Assembly instructions and included hardware impact overall setup time.
- Weight and wind load: Heavier steel masts can better resist wind but require sturdier bases. Assess the typical wind conditions in your area and ensure your support structure can handle the load.
- Safety considerations: Tall masts pose fall and collapse risks during installation and use. Use proper safety gear and ensure anchoring and guy wires are correct for the height.
- Cost vs. longevity: Higher masts with steel construction typically last longer in harsh weather, whereas fiberglass may offer easier handling and non-conductive benefits at lower budgets.
Choosing the right 30-foot mast involves balancing height, material, mounting method, and ease of use. The options listed provide a range of solutions—from tall, ready-to-install steel telescoping masts to durable tower kits and fiberglass alternatives—so you can align with your specific antenna requirements and installation site.