The Long Ranger: 5G Ultra High Gain Parabolic Cellular Antenna

The Bolton Technical Long Ranger ULTRA High Gain Cellular Parabolic Antenna

It's called ULTRA for a reason. It can reach over 10 miles for a usable signal and can improve your cellular and WiFi signals by up to +28dB.

That's a higher gain than any other high-gain directional antenna on the market.

What is a Long Range Cellular Antenna?

A long-range cellular antenna is a high-gain, often directional antenna designed to capture and amplify weak cellular signals over distances greater than 5 miles. Unlike standard omnidirectional antennas, which broadcast in all directions, a long-range antenna uses a focused beam, such as a parabolic design, to establish a direct, powerful link to a distant cell tower, making it ideal for rural or remote locations with poor connectivity.

Who needs this Bolton Technical Antenna?

• Those rural or remote areas are looking for a stronger cellular or WiFi signal
• Those who want to get even better performance from their signal booster

This high-gain cellular antenna can be used with virtually any cellular signal booster on the market. It also works with any cellular modem, router, or hotspot that has an antenna connection.

Parabolic design allows for strong winds, heavy rain, and snow to pass right through without affecting your signal. The Long Ranger is known for its reliability and durability.

UPDATE - The Bolton Technical Antenna also works for 5G. The 5G antenna range is up to 10 miles - just like 4G. Some folks refer to this antenna as the 5G ranger.

Why choose this Ultra High Gain Parabolic Antenna?

The Bolton Technical Long Ranger is the highest continuous gain parabolic antenna on the market. Plus, it's 5G-compatible to support higher capacity and faster data.

Other wideband antennas have averages of +8 to +12 dB. The Bolton Technical Long Ranger provides an average of +28 dB. That’s at least 15X the power output!

The radiation cone is between 4 and 20 degrees. This allows for a narrow, fine-tuned, and farther aim than most wideband antennas.

Works with all cell phone signal boosters, including weBoost, SureCall, and Cel-Fi. Also works with WiFi boosters, and hotspot boosters like Pepwave, MoFi, Netgear, and Nighthawk.

This is an aftermarket accessory that will help boost your signal, but it is not mandatory.

Covers all carriers (including AT&T, Verizon, T-Mobile in the US, and Rogers, Bell, and TELUS in Canada) and WiFi bandwidths

Works on many bands: Cellular, LTE, 5G, GSM, ISM, CDMA, UMTS, 2G, 3G, 4G, and 5G. It also works on Wi-Fi, Wi-Max, GPS, Homeland Security, Military, Satellite, Aerospace exploration, Radio Telescope, and more.

Are you looking for the Bolton Technical Ultragain 26 antenna? This is an old antenna and is not produced or supported by Bolton Technical. We strongly recommend you consider the ULTRA long-range cellular antenna outlined above instead.

The parabolic design offers distinct advantages when optimizing for the higher frequencies and higher data demands of 5G networks:

1. Ultra-High Gain: Parabolic antennas typically offer a much higher continuous gain (e.g., +28 dB than typical wideband panel or yagi antennas. This high gain is critical for reaching distant 5G towers and maintaining stability across challenging terrain.

2. Narrower Beamwidth: The tightly focused radiation cone (as narrow as 4° of a parabolic dish allows for an exact, fine-tuned aim. This is essential for minimizing interference and maximizing the signal quality, specifically for the high-speed data transmission required by 5G.

3. Future-Proof Sub-6 GHz Compatibility: The design is engineered to work across the essential Sub-6 GHz frequency bands used for long-range 5G deployment, ensuring the investment is protected as carriers continue to roll out their networks.

This antenna is engineered for specific high-challenge signal scenarios. It is the ideal solution for users who fall into one of the following categories:

• The Rural Home/Office: You are located 5-10+ miles away from the nearest cell tower and cannot get a usable signal with any standard antenna.

• The Deep Fringe Zone: You are relying on a distant, weak signal that constantly drops out or delivers slow data rates, even with an existing signal booster system.

• High-Performance Data Users: You require the absolute highest level of signal quality, speed, and stability for bandwidth-intensive tasks such as 4K streaming, multi-device 5G Wi-Fi, or VoIP calling.

• The Extreme Weather Location: You need an antenna that is independently proven to withstand severe conditions (high winds, heavy snow/rain) without signal degradation.