Workman A28 Lightning ARRESTOR
4.5Editor score
PL-259 Male/Female
Side Ground Screw
Compatible with CB Ham
In this guide
Protecting your radio equipment from lightning strikes is essential for safety and longevity. A quality antenna lightning arrestor diverts harmful energy to ground before it reaches sensitive gear.
We compared ten top models based on impedance matching connector types and surge capacity. Each product offers reliable protection for various setups ranging from CB to professional cellular use.
This guide details key specs and features for every pick. Note that product prices change frequently so verify current listings before purchase to ensure you get the best value available.
Top 3 Picks for Best Antenna Lightning Arrestor
Diamond Antenna SP3000 Lightning Arrester
4.8Editor score
200W Power Handling
DC to 3000MHz Range
N-Type Female Connectors
RAIGEN Lightning Arrestor for N-Type
4.8Editor score
0-6GHz Wide Band
0.1dB Insertion Loss
Ground Lug Included
Top 10 Best Antenna Lightning Arrestor in 2026 Compared
The table below provides a side-by-side overview of the top ten antenna lightning arrestor models. Compare specs and connectors to find the right protection for your specific antenna system.
ProductsSpecificationsEditor scorePrice
Editor's Choice
Proxicast ProGrade 230V SO-239
UHF SO-239 Connectors
230V Gas Discharge Tube
50 Ohm Impedance
Bi-Directional Protection
4.6Editor score
Editor's Choice
Diamond Antenna SP1000 SP-Series
Mobile and Base Station
6000 Amps Capacity
Less Than 0.3dB Loss
Replaceable Element
4.6Editor score
Best Premium
Proxicast ProGrade 230V N-Type
N-Male/N-Female Connectors
DC to 6GHz Performance
50 Ohm Impedance
Outdoor Mountable
4.4Editor score
N Type Lightning Arrestor 0 to 6 GHz
N-Male/N-Female Connectors
50 Ohm Impedance
DC to 6GHz Range
Replaceable 90V Tube
4.7Editor score
XRDS-RF UHF Lightning Arrestor
PL-259 Female Connectors
Less Than 0.4dB Loss
DC to 500MHz Range
Brass Nickel Plated
4.6Editor score
Coaxial Lightning Arrester UHF Female
SO-239 Connectors
Brass Nickel Plated
PTFE Insulation
Weatherproof Design
4.6Editor score
Workman A28 Lightning ARRESTOR
PL-259 Male/Female
Ground Screw Included
For CB and Ham
Simple Installation
4.5Editor score
RAIGEN Lightning Arrestor for N-Type
N-Male/N-Female Connectors
0 to 6GHz Range
90V Replaceable Tube
Heavy Duty Brass Body
4.8Editor score
Proxicast ProGrade 230V F-Type
F-Male/Female Connectors
75 Ohm Impedance
230V Gas Discharge
For TV Satellite Antennas
4.5Editor score
Diamond Antenna SP3000 Lightning Arrester
N-Type Female Connectors
200W Power Rating
DC to 3000MHz
1000V Impulse Wave
4.8Editor score
1. Proxicast ProGrade 230V SO-239 – Best Overall Antenna Lightning Arrestor
Proxicast ProGrade 230V Coaxial Lightning Arrester – UHF SO-239 / SO-239
50 Ohm Impedance
230V Gas Discharge Tube
Bi-Directional Protection
UHF SO-239 Connectors
This Proxicast model ranks high for VHF and UHF setups. It features 230V gas discharge technology to safely shunt surges to ground.
Pros
- Very low RF insertion loss
- DC pass-through capability
- High quality construction
- Multi-strike capability
- Outdoor rated housing
Cons
- Requires separate ground wire
- Limited to UHF connectors
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The 50 Ohm impedance ensures minimal signal loss while protecting radios. Its bi-directional design works well for in-line antenna protection.
While it lacks integrated ground cables the durable build justifies the need for proper grounding. Users should ensure robust earth connections.
Ideal for Ham radio and CB base stations this arrester balances performance and durability for serious operators needing reliable surge protection.
Reliable Surge Handling
The 230V gas discharge tube handles multiple strikes effectively diverting lightning energy away from sensitive electronics.
Low Signal Impact
With very low RF insertion loss your signal strength remains consistent ensuring clear communication without significant attenuation.
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2. Diamond Antenna SP1000 – Best for Mobile Setups
Diamond Antenna SP1000 SP-Series Lightning Arrester High Voltage Protection Device for Mobile and Base Station Antennas Prevents Equipment Damage from Lightning Strikes
6000 Amps Impulse Wave
Less Than 0.3dB Loss
Replaceable Surge Element
Weather Resistant Materials
The SP1000 is built for mobile and base stations. It offers reliable protection with an impressive 6000 Amps impulse wave capacity.
Pros
- High impulse wave capacity
- Replaceable arrester element
- Wideband capability
- Low insertion loss
- Suitable for vehicles
Cons
- Higher price point
- No dedicated ground lug included
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Insertion loss is minimal at less than 0.3 dB preserving signal quality. The replaceable element extends the product's service life.
Cost may be higher than basic models but the durability and replaceable parts make it worth it for frequent users in high risk zones.
Amateur radio operators valuing equipment safety should consider this unit for its robust design and proven performance in mobile environments.
Superior Protection
With a 6000 Amps capacity it handles severe surges better than many competitors protecting radios from catastrophic damage.
Cost Effective Longevity
The replaceable surge arrester element means you do not have to replace the whole unit after a single hit.
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3. Proxicast ProGrade N-Type – Best for Cellular and WiFi
Proxicast ProGrade 230V Coaxial Lightning Arrester – N-Male/N-Female
DC to 6GHz Performance
N-Male/N-Female Connectors
50 Ohm Impedance
230V Gas Discharge Tube
This N-type version supports frequencies from DC to 6 GHz making it ideal for modern cellular and WiFi setups. It protects against surges effectively.
Pros
- Wide frequency range
- Low insertion loss
- DC pass-through
- Outdoor mountable
- Protects modern devices
Cons
- May require bulkhead mounting
- Standard N-type connectors
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The 230V gas discharge tube diverts harmful energy. Its DC pass-through allows continuous power to active devices like modems or amplifiers.
Installation involves proper grounding to maximize protection. The bulkhead design supports secure mounting on panels or enclosures for stability.
If you use 5G modems or Helium miners this arrester provides the necessary wideband protection without compromising signal integrity.
Modern Device Support
Supporting DC to 6GHz ensures compatibility with 5G 4G and high frequency WiFi access points protecting your network gear.
Reliable Power Through
The DC pass-through feature is vital for active systems needing constant power while still being protected from lightning surges.
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4. N Type Lightning Arrestor – Best Value
N Type Lightning Arrestor 0 to 6 GHz (N-Male/N-Female) 50ohm,Protects 3G, 4G, LTE,GPS, 2.4GHz /5GHz 900MHz, Ham Other Outside Antennas
0 to 6GHz Range
50 Ohm Impedance
N-Male/N-Female Connectors
Replaceable 90V Tube
This affordable option covers DC to 6 GHz making it versatile for various antennas. It protects GPS and cellular systems effectively.
Pros
- Very low cost
- Wide frequency coverage
- Good build quality
- Easy to install
- Reliable performance
Cons
- Requires external ground cable
- No weatherproof enclosure included
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The N connectors ensure easy integration into existing coaxial systems. Low insertion loss means minimal signal degradation during operation.
Budget users appreciate the price though grounding is crucial. External cables are not included so plan for extra hardware during installation.
For those needing wideband protection without a high price tag this arrester offers solid protection for ham and commercial gear.
Versatile Compatibility
Supporting 3G through 5G frequencies and Ham radio makes it a universal choice for mixed signal environments.
Cost Efficiency
Priced competitively it provides essential protection for multiple devices allowing broader coverage at a fraction of the cost.
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5. XRDS-RF UHF Arrestor – Best for CB Radio
XRDS-RF UHF Lightning Arrestor PL-259 Lightning Surge Protector UHF Female to Female Coaxial Connector for CB Ham Two-Way Radio Base Antennas
PL-259 Female Connectors
Less Than 0.4dB Loss
DC to 500MHz Range
Brass Nickel Plated
Designed for CB and Ham radio this UHF model features PL-259 connectors. It maintains low loss and VSWR for clear transmissions.
Pros
- Low VSWR
- Quality brass construction
- Easy installation
- Cost effective
- Durable coating
Cons
- Requires additional ground
- Limited to UHF range
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The brass nickel plated body resists corrosion ensuring longevity. Installation is straightforward with standard coaxial cables used widely in radio.
While it requires an external ground cable the build quality is robust. It offers dependable protection for base stations in storm-prone areas.
Radio enthusiasts looking for a reliable and simple solution will find this unit performs well without complicating their antenna setup.
Signal Integrity
VSWR less than 1.2 ensures minimal signal reflection keeping your communications crisp and reliable during operation.
Corrosion Resistance
Brass nickel plating protects the body from weather elements extending the life of the arrester even in harsh outdoor conditions.
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6. Coaxial Lightning Arrester – Best Compact Option
Coaxial Lightning Arrester,UHF Female-to-Female, SO-239
SO-239 Connectors
Brass Nickel Plated
PTFE Insulation
Wide Bandwidth
This UHF arrester offers straightforward protection with SO-239 connectors. It uses gas discharge tubes to divert surges effectively.
Pros
- Durable construction
- Low insertion loss
- Easy to install
- High interference immunity
- Affordable price
Cons
- Basic design
- No integrated grounding
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PTFE insulation protects the inner core from damage ensuring stability. The design is simple allowing easy installation on enclosures.
Users must connect a ground wire separately for full protection. Its small size fits tight spaces where larger units cannot easily fit.
Ideal for basic setups like walkie-talkie bases or small antennas this unit provides essential safety without complex requirements or high costs.
Stable Connections
PTFE insulating material ensures the inner core stays protected maintaining a stable signal connection even under stress.
Simple Installation
With a simple structure it can be installed through enclosure walls easily without requiring specialized tools or skills.
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7. Workman A28 – Best Budget Antenna Lightning Arrestor
Lightning ARRESTOR for CB or Ham Base Antennas – Workman A28
PL-259 Male/Female
Ground Screw Included
For CB and Ham
Surge Diversion
The Workman A28 is a budget-friendly choice for basic CB and Ham antennas. It provides fundamental surge protection at minimal cost.
Pros
- Very low price
- Includes ground screw
- Easy to use
- Lightweight
- Basic protection
Cons
- Less durable materials
- Basic surge capacity
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It features a ground screw on the side for easier grounding. The PL-259 connectors match common coaxial cables used in hobby setups.
Build quality is basic compared to premium models but it offers essential safety. It works well for temporary or light-duty installations.
If you need a quick inexpensive solution for protection this model meets basic needs without breaking the budget.
Ease of Use
With a dedicated ground screw installation is simpler than units requiring external lugs making it user-friendly for beginners.
Cost Savings
Priced low it allows multiple units to be used across different antennas without significant expense.
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8. RAIGEN Lightning Arrestor – Best Premium Antenna Lightning Arrestor
RAIGEN Lightning Arrestor for N-Type Male to N-Type Female Outdoor Antenna Surge Protector 50 Ohm RF Coaxial Protects LoRaWAN, LoRa, WiFi, IoT, Cell Booster, 3/4G LTE, WiFi 2.4/5GHz, CB, Ham, Solar
0 to 6GHz Range
0.1dB Insertion Loss
Replaceable 90V Tube
Brass Nickel Plated
This premium model offers 0-6 GHz protection with less than 0.1 dB insertion loss. It safeguards high-tech IoT and cellular gear effectively.
Pros
- Extremely low loss
- Wide frequency support
- Ground lug included
- Weatherproof design
- Replaceable tube
Cons
- Higher cost
- Requires grounding cable
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The heavy-duty brass body resists harsh weather. A replaceable gas discharge tube ensures long-term usability after a strike.
Ground lug inclusion simplifies proper bonding though cable is separate. Its precision design suits professional installations needing reliability.
For critical infrastructure and high value devices this arrester delivers top-tier protection and signal integrity worth the investment.
Professional Grade
Designed for professional outdoor deployments it supports fleet tracking and smart agriculture setups with industrial reliability.
Minimal Signal Impact
Less than 0.1 dB insertion loss ensures your high-frequency signal stays strong and clear without attenuation.
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9. Proxicast F-Type – Best for TV and Satellite
Proxicast ProGrade 230V Coaxial Lightning Arrester – 75 Ohm F-Male/Female
F-Male/Female Connectors
75 Ohm Impedance
230V Gas Discharge Tube
DC Pass-Through
This arrester supports 75 Ohm systems common in TV and satellite setups. It uses F-type connectors for seamless integration.
Pros
- Matches 75 Ohm systems
- Bi-directional protection
- Low RF loss
- Durable housing
- Outdoor rated
Cons
- Specific to 75 Ohm
- Requires grounding
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The 230V gas discharge tube safely redirects surges. DC pass-through allows continuous operation of modems or amplifiers.
Compatible with signal boosters that use 75 Ohm antennas it bridges protection for internet and TV services. Users need proper grounding.
Ideal for home entertainment systems this unit safeguards cables and receivers from lightning damage ensuring uninterrupted service.
Impedance Match
The 75 Ohm impedance ensures compatibility with standard RG6 RG59 cables used in home satellite and cable internet systems.
Signal Protection
Very low RF insertion loss maintains the quality of your TV signal while diverting harmful surge energy to ground.
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10. Diamond Antenna SP3000 – Best High Power Antenna Lightning Arrestor
Diamond Antenna SP3000 Lightning Arrester – 200W, DC-3000MHz, N-Type Female/Female, Surge Protector for Ham Radio Antennas
200W Power Rating
DC to 3000MHz
N-Type Female/Female
1000V Impulse Wave
The SP3000 handles up to 200W making it ideal for high power ham radio operations. It protects transceivers from lightning damage.
Pros
- High power handling
- Wide frequency range
- Quality construction
- Low loss
- Durable housing
Cons
- Expensive
- No internal ground
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Its DC to 3000MHz range covers most communication needs. N-Type connectors ensure robust connections suitable for demanding environments.
While costly it offers professional reliability and power handling. Proper grounding is essential to achieve its full protective capabilities.
For serious operators running high power amplifiers this arrester provides the necessary robust protection to prevent costly equipment failures.
High Power Capability
Handling 200W ensures it won't melt or fail under high transmission power protecting your amplifier and antenna system.
Professional Reliability
Built to withstand outdoor exposure it serves as a reliable barrier against lightning for critical radio infrastructure.
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Buying Guide – How to Choose the Best Antenna Lightning Arrestor
Choosing the right antenna lightning arrestor requires understanding impedance connectors and surge capacity to ensure compatibility and protection.
Impedance Matching
Impedance matching ensures that the arrestor does not introduce reflections that degrade your signal. For most radio and cellular setups 50 Ohm is standard. However TV satellite systems often use 75 Ohm. Using the wrong impedance can cause signal loss and poor performance.
Always verify your system's impedance before buying to maintain signal integrity and proper protection.
Connector Type
The connector type must match your existing cables and antenna. Common types include UHF SO-239 for CB radio and N-Type for professional cellular setups. Mismatched connectors require adapters which can introduce points of failure.
Check your cables carefully and select an arrestor with matching connectors to ensure a secure and leak-free connection.
Frequency Range
Ensure the arrestor supports your operating frequency range. While many cover DC to 6 GHz some are limited to lower frequencies like UHF. If you use modern cellular modems or WiFi devices select a wideband model.
A wide frequency range guarantees the device won't block your signal and will protect all your gear simultaneously.
Surge Capacity
Surge capacity indicates how much energy the device can absorb before failing. Higher capacity models with higher Amps ratings are better for areas prone to frequent lightning. Look for models with replaceable tubes for longevity.
Prioritize units with high discharge capacity to ensure they can handle strong electrical surges without catastrophic failure.
Insertion Loss
Insertion loss measures how much signal strength is lost passing through the arrestor. Lower values like less than 0.1 dB are ideal to prevent weak signals. High loss can degrade communication quality significantly.
Choose models with low insertion loss to maintain optimal signal strength and clear communication during normal operation.
Grounding Requirements
Grounding is critical for the arrestor to work. Without a direct path to earth the surge energy will still reach your equipment. Check if the model includes a ground lug or if you need to attach a separate wire.
Plan for a solid grounding setup with thick copper wire to ensure the device diverts lightning safely away from your electronics.
Durability
Since arrestors are installed outdoors they must withstand weather exposure. Look for brass nickel-plated bodies and Teflon insulation to prevent corrosion. Weatherproof ratings ensure the unit lasts over time.
Invest in durable materials to avoid replacing the arrestor after every storm or exposure to harsh elements.
Cost vs Protection
Balance cost with the value of the equipment you protect. Basic models work for low risk setups but high power gear needs professional arrestors. A cheap unit might fail leaving thousands in equipment vulnerable.
Spend appropriately to ensure the protection level matches the value and importance of your antenna system.
How to Use and Care for Your Antenna Lightning Arrestor
Install the arrestor as close to the building entry point as possible to minimize the length of unprotected cable. Connect the antenna side first then run the protected side into your room. Ensure the unit is secure and not hanging loosely.
Connect the ground lug or wire to a proper earth ground rod or grounding bus. Use thick copper wire for the ground path to handle high current without melting. Verify the connection is tight and corrosion free.
Regularly inspect the arrestor for signs of corrosion or damage especially after storms. If you notice discoloration or physical damage replace the unit immediately to maintain protection standards and equipment safety.
Frequently Asked Questions
Does a lightning arrestor guarantee 100% protection?
No lightning arrestor reduces risk significantly but does not offer absolute guarantee. Proper installation and grounding are essential for maximum effectiveness. In extreme cases direct strikes can still cause damage.
Do I need one for indoor antennas?
Indoor antennas are less likely to be struck by lightning so arrestors are often optional. However if your antenna is near a window or uses external wiring a protector may add value. Evaluate your specific risk and cable paths.
What happens if I don't ground the arrestor?
Without proper grounding the arrestor cannot divert surge energy safely to earth. The surge may pass through to your equipment causing damage. Grounding is a mandatory part of effective installation.
Can I use an arrestor for all types of cables?
No arrestors are designed for coaxial cables typically. Ethernet or fiber optic cables may require different types of surge protectors. Using the wrong type may lead to performance issues or lack of protection.
How often should I replace the arrestor?
Most arrestors last many years but should be replaced if visibly damaged or after a major lightning event. Replaceable gas discharge tubes extend life but check specifications for replacement intervals to ensure continued protection.
Does an arrestor affect signal quality?
High quality arrestors introduce minimal signal loss often under 0.3 dB. Poor quality or mismatched impedance units can cause reflection and signal degradation. Select low loss models to maintain clear communication.
Final Thoughts on Choosing the Best Antenna Lightning Arrestor
The ten models reviewed offer reliable protection for various antenna types. Each provides specific features suited for different setups from basic CB to professional cellular networks.
Prioritize impedance matching and grounding to ensure the arrestor functions correctly. Choosing the right connector type and frequency range guarantees compatibility with your existing system.
Always verify current product listings for availability and pricing to ensure you secure the best deal. Proper installation and maintenance will keep your equipment safe and operational through storms.