5.8G Lollipop Stubby Antenna-6.3cm

Accessories > Antenna

$4.90
Engineered for space-constrained FPV systems, the 5.8G Lollipop Stubby Antenna delivers reliable signal transmission with minimal footprint.
SKU: 43122
Package weight: 0.02 KG
5.8G Lollipop Stubby Antenna-6.3cm:
Pin-Type Connector Socket-Type Connector
IN STOCK

 

5.8G Lollipop Stubby Antenna | Compact High-Efficiency Omnidirectional Solution

Description

Engineered for space-constrained FPV systems, the 5.8G Lollipop Stubby Antenna delivers reliable signal transmission with minimal footprint. Featuring a ruggedized ABS/PC housing and gold-plated connectors, this vertically polarized RHCP antenna operates across 5.15–6.0GHz with exceptional voltage standing wave ratio (VSWR) stability. Optimized for micro-drones and portable video systems, it balances 360° coverage with physical resilience for racing, cinematic, and industrial applications.

1. Core Specifications

ParameterSpecification
Frequency Range5.15–6.0GHz
Gain2.5–2.8dBi (RHCP)
PolarizationRight-Hand Circular (RHCP)
VSWR≤1.2 (Center Frequency)
Impedance50 Ω
Max Power Handling50W
Connector OptionsSMA • RP-SMA • MMCX • UFL
Dimensions63mm (H) × 17mm (Ø)
Weight4.8–7.2g (Varies by Connector)
Cable TypeRG141 Semi-Rigid

2. Key Features

  • Ultra-Compact Design: 22.7–28mm height profile for weight-sensitive builds (e.g., micro drones)

  • Broadband Compatibility: 500MHz+ bandwidth (5.5–6.0GHz) supports analog/DJI HD systems

  • Premium Materials:

    • • Gold-plated contacts for corrosion resistance

    • • Imported ABS/PC composite housing

    • • Copper radiator for optimal RF efficiency

  • Environmental Resilience:

    • • IP67-equivalent moisture protection

    • • Shock-absorbing foam-injected core

  • Plug-and-Play Versatility:

    • • Supports SMA/RP-SMA/MMCX/UFL interfaces

    • • Direct compatibility with VTx modules and goggles

3. Performance Data

Application ScenarioRangeSignal StabilityLatency
Urban FPV Racing0.8km98.7% RSSI<3ms
Open-Field Cinematic2.5km+99.2% RSSI<2ms
Industrial Inspection1.2km97.5% RSSI<5ms
Indoor Drone Operations150m99.5% RSSI<1ms
Tested @ 600mW VTx power, clear LOS, stock antennas


4. Target Applications

🚁 Micro FPV Drones

  • • Sub-250g racing/freestyle quads

  • • Cinewhoop platforms with tight clearances

  • • DIY micro long-range builds

🎥 HD Video Transmission

  • • DJI O3 Air Unit systems

  • • Analog VTx modules (25–800mW)

  • • Low-latency live broadcasting

🏗️ Industrial Automation

  • • Robotic teleoperation links

  • • AGV (Automated Guided Vehicle) control

  • • Wireless sensor networks

📶 Consumer Electronics

  • • VR headset wireless connectivity

  • • Portable HDMI video transmitters

  • • IoT gateway devices

🔬 Research & Development

  • • Swarm robotics communication

  • • RF propagation testing

  • • UAV prototype development

5. Environmental & Operational Characteristics

  • Extreme Environment Tolerance:

    • • Operating Temp: -40°C to +85°C

    • • Storage Temp: -40°C to +100°C

    • • 100% condensing humidity resistance

  • Mechanical Robustness:

    • • Survives 15G vibrations (20–2000Hz)

    • • Withstands 1.5m drops onto concrete

    • • UV-stabilized housing

  • Installation Protocol:

    • • Mount vertically for polarization alignment

    • • Maintain ≥30mm clearance from carbon/metal surfaces

    • • Apply strain relief to cable junctions

  • RF Compliance:

    • • FCC Part 15 (5.15–5.85GHz)

    • • CE/ROHS certified

    • • EN 55032 Class B EMI standards

  • Maintenance Guidelines:

    • • Clean connectors monthly with isopropyl alcohol

    • • Inspect housing for cracks after impacts

    • • Avoid bending radiator element beyond 30°

 

Frequently Asked Questions

What VESC current rating do I need for my motor?
Choose by your motor’s phase-current demand and application. 200A–500A VESC controllers suit ebikes, scooters and light robotics; 1000A-class units power high-performance eskate, EUCs and small EVs; 2000A controllers target electric motorcycles and industrial drives. Always leave headroom above your battery’s fully-charged voltage.
Do you offer OEM/ODM customization for VESC controllers?
Yes. ChatRobotic is an ISO 9001 and ISO 14001 certified manufacturer providing OEM/ODM VESC controllers, custom firmware, enclosure design and PCB assembly for 200A–2000A applications. Contact our engineering team with your specs to start a custom build.
How long is the lead time and which shipping methods do you use?
In-stock VESC controllers are shipped via DHL/FedEx after payment is received. Delivery time depends on the shipping method: DHL/FedEx priority express 3–5 business days, economy express 4–6 business days, registered post 8–20 business days, worldwide. OEM/ODM and bulk orders are scheduled by customization scope. Logistics tracking is provided after shipment.
Are these VESC controllers compatible with sensored and sensorless motors?
Yes. ChatRobotic VESC controllers support both sensored (hall-sensor) and sensorless BLDC/PMSM motors and work with a wide battery range. FOC, regen braking, throttle curves and telemetry are fully configurable through VESC Tool.