Long-Range Elite UAV Antenna System
📡 Enterprise-Grade Parabolic Antenna System: The Long-Range Elite UAV Antenna System is engineered for 8-20km+ drone operations. Featuring an 18dBi 5.8GHz precision parabolic dish, 15dBi 1.2GHz mesh backup, and optional 8dBi 433MHz telemetry antenna, it utilizes the exact tri-band architecture used in SoarApex B2B ground station data-link systems. Complete with heavy-duty tripod, alignment toolkit, and Link Budget Whitepaper.
Product Overview
The Long-Range Elite UAV Antenna System is a comprehensive, professional RF solution designed to elevate the operational range and reliability of your drone fleet. It serves as a high-gain UAV telemetry antenna system that drastically reduces dropouts and extends the reach of your command link. By delivering 18dBi long-range drone link capabilities, this system ensures that critical video and telemetry data remain intact even in challenging terrain. It is the ultimate drone ground station antenna upgrade, offering a significant performance leap over standard omnidirectional setups.
Beyond simply extending distance, this kit features an innovative tri-band drone antenna system (5.8GHz video, 1.2GHz backup, 433MHz telemetry) that guarantees redundancy. Paired with the professional Long-Range Elite UAV Antenna System and LMR400 ultra-low-loss cabling, it provides the exact RF backbone used in our enterprise tracking systems, making it the definitive solution for long-range missions.
What’s in the Box
5.8GHz High-Gain Parabolic Antenna
SA-ANT-L01 | 18dBi gain | φ300mm | 15° beamwidth | F/B ≥25dB | Aluminum reflector + copper feed | N Female | 850g | IP54 | -30°C to +70°C
1.2GHz Mesh Parabolic Antenna
SA-ANT-L02 | 15dBi gain | φ380mm mesh | 20° beamwidth | F/B ≥22dB | Aluminum mesh + copper helix | N Female | 720g | 40% wind load reduction
433MHz Telemetry Antenna (Optional)
SA-ANT-L03 | 8dBi gain | 1/4-wave folded stainless element | 55° beamwidth | Vertical polarization | SMA Female | 180g | Matches B2B ground station config
Ultra-Low-Loss Cable — 10m LMR400
SA-CAB-L01 | 0.22dB/m @ 5.8G | Double-shielded ≥95dB | N-Male to N-Male (antenna) + N-to-SMA (device) | PE UV jacket | Optional LMR600 (+$28) or armored (+$15)
Professional Adapter & Weatherproofing Kit
SA-CON-L01 | N 90° elbow + N→SMA×2 + SMA→IPEX×2 + N waterproof caps×2 + 3M Scotch 2228 tape | MIL-STD-348 compliant | IP67 with tape seal
Heavy-Duty Mounting System
SA-BRA-L01 | 1.5–3.0m heavy tripod with hand-crank elevation | Precision head: 360° azimuth (1° scale) + ±45° elevation (0.5° scale) | Bubble level + compass | Concrete ballast holder (20kg max) | Spiral ground anchors×4 | PP case
Multi-Polarization Adapter Set
SA-POL-L01 | Linear rotator (0–90°) + Linear→Circular converter + Dual-polarization combiner (isolation ≥20dB) | N Female | EVA case
Precision Alignment Toolkit
SA-TOOL-L01 | 532nm laser pointer (100m range) | Portable RF field strength meter (100MHz–6GHz, -80dBm) | Compass with inclinometer | Alignment log sheet (paper + digital) | EVA case
SoarApex Long-Range Link Budget Whitepaper (Digital)
SA-DOC-L01 | PDF + interactive online calculator | Fresnel zone analysis | Link budget computation | Multi-band coordination | Polarization & MIMO optimization | B2B tracking system upgrade roadmap | Video tutorial series
Technical Specifications
| Parameter | 5.8GHz Primary | 1.2GHz Backup | 433MHz Telemetry |
|---|---|---|---|
| Frequency | 5725–5875 MHz | 1160–1280 MHz | 410–450 MHz |
| Peak Gain | 18dBi | 15dBi | 8dBi |
| Beamwidth (3dB) | H:15° / E:15° | H:20° / E:20° | H:55° / E:55° |
| Polarization | Linear (V/H dual feed) | Circular (RHCP/LHCP) | Vertical Linear |
| VSWR | ≤1.3 | ≤1.4 | ≤1.5 |
| Connector | N Female | N Female | SMA Female |
| Cable (Standard) | LMR400, 10m | N-Male to N-Male + N-to-SMA adapter | ||
| Cable Loss (10m) | 2.2dB @ 5.8G | 1.4dB @ 1.2G | 0.6dB @ 433M |
| Typical Range | 8–20km+ (dependent on altitude, LOS, and atmospheric conditions) | ||
| Wind Resistance | Tripod + ballast system rated to 10-level wind (24.5–28.4 m/s) | ||
| Operating Temp | -30°C to +70°C | ||
| IP Rating | IP54 (antenna) / IP67 (sealed connectors with 3M tape) | ||
| System Weight | ~2.8kg (complete kit with tripod, excl. ballast) | ||
| Compliance | RoHS, CE, FCC Part 15, MIL-STD-348 (connectors) | ||
Engineered for the Edge of Range
📡 18dBi Precision Parabolic Dish
φ300mm aluminum parabolic reflector with surface accuracy < λ/20 at 5.8GHz (<5mm error). 15° narrow beamwidth and ≥25dB front-to-back ratio deliver maximum energy concentration. This is the same antenna class used in our enterprise tracking stations.
🕸️ 1.2GHz Mesh Parabolic Backup
φ380mm mesh design reduces wind load by 40% while maintaining 15dBi gain. 1.2GHz penetration through vegetation and terrain makes this your lifeline when 5.8GHz drops.
📶 Tri-Band Redundant Architecture
5.8GHz (video) + 1.2GHz (video backup) + 433MHz (telemetry) operate simultaneously via independent RF paths. Intermodulation suppression ≥60dB ensures clean coexistence. Identical configuration to SoarApex B2B ground station standard.
🎯 Professional Alignment Toolkit
Laser pointer (532nm, 100m visible range) for coarse visual alignment. Portable field strength meter (100MHz–6GHz, -80dBm sensitivity) for precision optimization. We’ve distilled B2B engineering tools into a CxO-friendly package.
⚡ LMR600 Upgrade Available: For permanent installations or extreme distances, upgrade to LMR600 cable (+$28). At 5.8GHz, 10m LMR600 delivers only 1.4dB total loss vs. 2.2dB for LMR400 — that 0.8dB difference can extend your reliable margin by 2–3km.
Missions This System Owns
🚨 Emergency Communications
Restore UAV relay capability in disaster zones. Tri-band redundancy ensures at least one link path survives interference and terrain.
🛡️ Border & Perimeter Patrol
Track UAVs along 15km+ fence lines from a single ground position. Narrow beamwidth rejects cross-border RF interference.
🗺️ Geological & Pipeline Survey
Cover vast uninhabited terrain without relocating ground control. 20km range eliminates 80% of base-station moves.
Frequently Asked Questions
Is this the same hardware SoarApex uses in enterprise tracking systems?
Architecturally identical. The Long-Range Elite uses the same tri-band RF architecture, polarization adapter set, and cable standards as our B2B ground station systems. The key difference: this is a manually aimed, single-operator kit. Our enterprise systems add auto-tracking gimbals, multi-drone link management, and remote telemetry dashboards.
Do I need a HAM license for 1.2GHz?
1.2GHz operation for UAV control falls under ISM/short-range device regulations in most jurisdictions (FCC Part 15 in the US, CE EN 300 328 in the EU). No amateur license is required for the power levels and duty cycles typical of UAV video links. Always verify local regulations before deployment.
How difficult is the alignment process?
First-time setup takes 15–20 minutes. The laser pointer provides visual coarse alignment within ±5°. The field strength meter then guides fine optimization to within ±1°. After 2–3 practice sessions, most operators achieve sub-5-minute alignment. The included video tutorial walks through the entire process.
Can I upgrade to auto-tracking later?
Yes — and that’s the design intent. The N-type connectors, tripod mount pattern, and polarization adapter set are fully compatible with SoarApex enterprise auto-tracking pedestals. Many customers use the Elite kit to evaluate RF performance before committing to a full B2B tracking system.
What if I only need 5.8GHz, not the full tri-band?
Contact our team for a custom configuration. We can quote a 5.8GHz-only version at reduced cost, though we recommend the tri-band architecture for any mission-critical application where link failure is not an option.
This Is Your On-Ramp to Enterprise Tracking
Long-Range Elite is deliberately engineered as the C-side evaluation kit for our B2B antenna tracking and ground station data-link systems. The same N-type RF chain, the same polarization architecture, the same link budget methodology — just without the auto-tracking gimbal and fleet management software. If you’re validating RF performance for a commercial or government deployment, talk to our enterprise team about upgrade paths, custom integration, and volume procurement.
⚡ All technical data sourced from official CZI product documentation. For the most current information, please refer to the manufacturer’s website. Explore more antenna solutions or visit our main store.
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