great antenna! giving me amazing range! downside i found is in the summer the coax gets softer and starts to droop on the tracker, so I designed a 3d print that will stop this! https://www.thingiverse.com/thing:6952457
Penetrator v2 16dbi - helical antenna 18 turn 5.8 GHz
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Penetrator v2 16dbi - helical antenna 18 turn 5.8 GHz
110,57 zł
110,57 zł
The lowest price during 30 days prior to the reduction:
130,08 zł
The promotion runs until 30 April 2025
Shipping costs are not included in the price.
Price in other stores:
243,09 zł
136,00 zł
136,00 zł
The lowest price during 30 days prior to the reduction:
160,00 zł
The promotion runs until 30 April 2025
Shipping costs are not included in the price.
Price in other stores:
299,00 zł
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Individual variants may differ in price
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on sale
Product code: 666_20240307144654
Item description
Item description
Check out new upgraded version of our best-selling antenna - Penetrator!
Prodrone Penetrator V2: Precision Engineering for Long-Range Signal Dominance
Beyond Ordinary: A Helical Antenna Redefined
The Penetrator V2 isn't just an antenna—it's a signal weapon engineered for FPV pilots who refuse to compromise on performance, distance, and reliability.
Circular Polarization: The Signal Mastery Explained
RHCP vs LHCP: Understanding Your Polarization Choice
- Choose between Right-Hand (RHCP) or Left-Hand (LHCP) Circular Polarization
- Critical: Transmitter and Receiver MUST match polarization
- Signal spins like a corkscrew through the air
- Mismatched polarization can cause up to 20-30 dB signal loss
Pro Tip:
- RHCP TX? Must use RHCP RX
- LHCP TX? Must use LHCP RX
- No performance difference between RHCP/LHCP - just stay consistent!
Universal Compatibility Matters
- 100% Compatible with ALL digital FPV systems
- Works flawlessly with analog setups
- Signal transmission is signal transmission - good engineering transcends technology
Signal Performance That Speaks Volumes
Electromagnetic Engineering Highlights
- Impressive 16 dBi gain
- 18-turn helical design for ultimate signal penetration
- Beam width: 25 degrees at maximum gain
- Expands to 50 degrees at closer ranges
Frequency Precision
Bandwidth Mastery
- Operating range: 5640-5945 MHz
- VSWR below 1.2 across entire band
- Remarkable performance metrics:
- Return loss: -27 dB
- Efficiency: 99.8%
- Bandwidth: 100-130 MHz with VSWR below 1.1 !!!
The Flexible Signal Solution
Semi-Rigid Cable Advantage
- High-quality RG402 cable
- Trusted manufacturers
- Bend and position exactly as needed
- Stays in place without additional adapters
- Minimal signal attenuation
Free Frequency Tuning Service
Exclusive Tuning for Returning Customers
- Want to match your new antenna to existing equipment?
- Returning customer? We've got you covered!
- FREE custom frequency matching
How to Use the Tuning Service:
- Include a note in your order
- Specify "Returning Customer - Frequency Tuning Request"
- Provide details from existing antenna labels
- We'll match your new antenna perfectly
Technical Specifications
Antenna Characteristics
- Frequency Band: 5640-5945 MHz
- Gain: 16 dBi
- VSWR: <1.2
- Beam Width: 25 degrees (up to 50 at closer ranges)
- Reflector Diameter: 45mm
- Cable Length: ~6cm
- Conductor: 1.2mm pure enameled copper wire
- Turns: 18
- Weight: ~36g
- Connector: SMA or RP-SMA
- Max Power Input: 50W
Custom Tuning Service Notice
Important Frequency Customization Information
- Standard antenna operates in 5650-5930 MHz range
- Custom frequency tuning available
- Custom tuning is a PAID service
- Any specific frequency requests MUST be discussed BEFORE purchase
- Contact our sales team for custom tuning options and pricing
Recommended Use
- Extreme long-range FPV
- Pair with antenna tracker for best results
- Ideal for pilots demanding ultimate signal performance
Bottom Line: The Penetrator V2 isn't just an antenna. It's your gateway to signal dominance, engineered for those who push boundaries.
Ready to redefine your FPV experience? This is professional-grade signal engineering.
Advanced Mounting Options
- Additional screw mount included on backside of antenna
- Mount on any surface
- Requires M3 screw and M3 nut (not included)
Here are the specs for the Prodrone Penetrator V2 18T helical antenna:
- Bandwidth: 5640-5945 MHz
- Beam width: 25 degrees for maximum gain, expanding to about 50 degrees at close ranges
- Gain: 16 dBi
- Reflector diameter: 45mm
- Cable length: Approximately 6cm
- Antenna conductor: 1.2mm enameled pure copper wire
- Turns: 18
- Polarization: RHCP or LHCP
- VSWR: Lower than 1.2
- Maximum power input: 50W
- Connector: SMA or RP-SMA
- Antenna weight: Approximately 36g
- Quantity: 1 piece
The Undisputed Champion of Long-Range FPV
Introducing the Penetrator V2 - not just an antenna, but the MARKET-LEADING HIGH-GAIN ANTENNA that has redefined signal performance in the FPV world.
Proven Performance: Beyond Just Marketing Claims
Trusted by Hundreds of Professional Pilots
- Hundreds of units sold
- Consistently rated as the top high-gain antenna
- Performance verified by real-world use
- The go-to choice for serious FPV enthusiasts
The Importance of Antenna Matching in 5.8 GHz Systems
For wireless systems operating in the 5.8 GHz range, antenna matching is a game-changer. When antennas are tuned to the same frequency range, they work in harmony, delivering strong signals, fewer disruptions, and reliable performance. Mismatched antennas, however, can lead to a cascade of issues that compromise your system.
The Problem with Mismatched Antennas
Consider two antennas:
-
Antenna A: Excels at 5640 MHz with a VSWR of 1.1 (outstanding). But at 5900 MHz, its VSWR jumps to 2.5, causing significant signal reflection.
-
Antenna B: Performs perfectly at 5900 MHz with a VSWR of 1.1, but at 5640 MHz, its VSWR rises to 2, leading to similar problems.
This mismatch results in:
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Signal Loss: High VSWR means the antenna reflects power back to the transmitter instead of radiating it, weakening your signal and reducing range.
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Transmitter Damage: The reflected power can overheat and damage the transmitter over time, much like overloading a circuit.
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Unpredictable Performance: Operating across a range of frequencies (e.g., 5640–5900 MHz) becomes unreliable, with performance varying drastically depending on the frequency used.
The Role of Axial Ratio
The axial ratio indicates how well an antenna maintains circular polarization. A low axial ratio (close to 1 or 0 dB) is ideal, while a high axial ratio leads to:
-
Reduced Signal Strength: The antenna becomes less efficient at transmitting or receiving signals.
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Increased Interference: In environments with reflections, a poor axial ratio exacerbates interference.
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Polarization Issues: If the antennas at both ends of the link have different axial ratios, communication becomes less effective.
Why Matching Antennas is Essential
By selecting antennas tuned to the same frequency range (e.g., 5640–5900 MHz), you ensure:
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Low VSWR Across the Board: The antennas perform efficiently at all frequencies, with minimal signal reflection.
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Excellent Axial Ratio: The antennas maintain strong circular polarization, reducing interference and improving signal quality.
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Transmitter Longevity: Less reflected power means your transmitter stays cool and operates efficiently.
-
Cost Efficiency: You save time and money by avoiding the need for additional tuning or replacements.
As an antenna manufacturer, we specialize in delivering precision-tuned antennas tailored to your needs, ensuring your system runs smoothly and reliably. No mismatches, no compromises—just top-tier performance.
Product Reviews
Product Reviews
4.18
Number of ratings: 11
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fully satisfied. In combination with pagodas, the range is limited only by batteries.
Top notch. Best on market and there is none antenna that will get close to it. Worth to mention - excellent price for such good antenna.
I'd sit on that
Absolutely perfect! Tune is spot on, range has greatly improvised and the video quality is far clearer. Looking forward to some massive range testing
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Paul Goodburn