75 Foot UHF PL259 Male to UHF PL259 Male LMR400 Coax - Low Loss Feed

In this review of the 75 ft UHF PL259 to PL259 LMR400 coax, the bottom line is simple: installers and amateur radio operators who need a flexible, low loss antenna feeder for runs up to 50-70 ft will find real value here. The reviewer found the cable to be a practical replacement for RG-8/9913 style lines, offering notably better bendability and shielding for typical WLAN, CB and ham radio setups. For anyone prioritizing signal preservation and ease of routing through tight spaces, this cable stands out.

Key Features

• Drop-in Replacement: Designed to replace RG-8/9913 air-dielectric cables, making upgrades straightforward without changing connectors or routing.
• Flexibility and Bendability: The flexible outer conductor allows tighter bend radii than other cables of similar size, which helps when routing through rafters or conduit.
• Low Loss: LMR400 size-for-size delivers lower RF loss than many flexible cables and approaches semirigid performance, preserving signal over long antenna runs.
• Robust Shielding: Multi-ply bonded foil outer conductor gives extremely high RF shielding performance to reduce interference between adjacent cables.
• Durable Jacket: The polyethylene jacket resists abrasion so installed runs outdoors or in utility spaces hold up to handling and wear.
• UHF PL259 Termination: Assembled with two male UHF PL259 connectors for common ham, CB and antenna interfaces.

Who It's For

This cable is ideal for amateur radio operators, WLAN installers, CB users and technicians who need a long, low loss feed with standard UHF PL259 terminations. It suits short to moderate runs where bendability matters and installers want a cable that behaves better than RG-8 while remaining compatible with familiar connectors.

It is less appropriate for those who require waterproof or specialty outdoor-rated assemblies beyond a standard PE jacket or who need factory-sealed N-type or SMA terminations; those buyers should look for alternate assemblies or adapter options tailored to those interfaces.

Pros & Cons

Pros

• Low RF loss for its size helps maintain signal strength across practical antenna distances.
• Excellent flexibility and tight bend radius make routing in cramped installations easier.
• High-quality multi-ply shielding reduces interference risk in dense cable runs.
• Durable PE jacket stands up to abrasion in typical installation environments.

Cons

• Standard UHF PL259 male connectors are common but may require adapters for some modern antenna interfaces.
• Not specified as a fully waterproof or UV-certified assembly for prolonged exposed runs without additional protection.

Specifications

Length	75 ft
Cable Type	LMR400 (drop-in for RG-8/9913)
Impedance	50 Ohm
Connectors	UHF PL259 male to UHF PL259 male
Jacket Material	PE abrasion-resistant jacket
Typical Use	Antenna feeders, WLAN, ham radio, CB, WISP
Shielding	Multi-ply bonded foil, rated conservatively very high

Our Verdict

The 75 ft LMR400 with UHF PL259 male connectors is a sensible, value-oriented choice for anyone upgrading from RG-8/9913 style cable or installing a flexible, low loss feed for ham, CB or WiFi applications. Its combination of low loss, tight bendability and strong shielding makes it especially useful for indoor to protected outdoor runs where routing and signal retention matter most.

Frequently Asked Questions

Is this cable suitable for long ham radio coax runs?
Yes; LMR400 provides superior loss characteristics versus similar flexible cables and performs well for HF/UHF/VHF installations up to the hundreds of feet range, though best returns are in the suggested 50-70 ft range for WiFi and cellular.

Are the connectors ready to attach to a radio or antenna?
The assembly ships with two male UHF PL259 connectors which fit most common ham and CB antenna ports, but adapters may be required for other interface types.

Can this cable be used outdoors long term?
The PE jacket offers abrasion resistance for outdoor use, but for continuous exposed runs you may want additional UV protection or sealed terminations depending on environment.