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  • High Stability Power Tether 2x0.35mm2 Tethered Drone Cable for TAR Tethered Aerial Robot
  • High Stability Power Tether 2x0.35mm2 Tethered Drone Cable for TAR Tethered Aerial Robot
  • High Stability Power Tether 2x0.35mm2 Tethered Drone Cable for TAR Tethered Aerial Robot
  • High Stability Power Tether 2x0.35mm2 Tethered Drone Cable for TAR Tethered Aerial Robot
  • High Stability Power Tether 2x0.35mm2 Tethered Drone Cable for TAR Tethered Aerial Robot
High Stability Power Tether 2x0.35mm2 Tethered Drone Cable for TAR Tethered Aerial Robot

High Stability Power Tether 2x0.35mm2 Tethered Drone Cable for TAR Tethered Aerial Robot

$0.50-$5.00/ Meter|100 Meter/Meters(Min. Order)

Customization:

Customized logo（Min.Order: 500 pieces）
Customized packaging（Min.Order: 1000 pieces）
Graphic customization（Min.Order: 1000 pieces）
View product details

High Stability Power Tether 2x0.35mm2 Tethered Drone Cable for TAR Tethered Aerial Robot

Product overview

Core functionalities

Applicable scenarios

Unique advantages

  • Stable Power Transmission: Designed to deliver consistent power supply for tethered drones like the TAR Aerial Robot, ensuring uninterrupted operation during aerial tasks.
  • Customizable Connectivity: Exposed wires (yellow, green, white) allow tailored electrical connections for specific devices or systems, enhancing adaptability in diverse applications.

Key features

  • 1. Material Technology

    • With silver-plated copper conductors and PTFE insulation, ensure superior conductivity and heat resistance compared to standard copper cables*.

  • 2. Interactive Design

    • With a durable braided nylon/polyester outer layer and customizable wire ends, adapt to various connection needs while resisting mechanical stress and abrasion*.

  • 3. Performance Parameters

    • With a 2x0.35mm² cross-section and PTFE insulation, deliver stable power delivery even in high-temperature and high-humidity environments*.

  • 4. Scenario Solutions

    • With rugged construction designed for continuous operation, support 24/7 use in industrial or outdoor applications like tethered drone systems requiring uninterrupted power*.

  • 5. Certification Standards

    • With PTFE insulation meeting industrial safety standards, ensure compliance with demanding operational requirements for commercial and heavy-duty use*.

Product details

High Stability Power Tether 2x0.35mm2 Tethered Drone Cable for TAR Tethered Aerial Robot

The High Stability Power Tether 2x0.35mm² Tethered Drone Cable is engineered for reliable power transmission in demanding environments. Designed for the TAR Tethered Aerial Robot, this cable combines durable braided shielding, PTFE insulation, and silver-plated copper conductors to ensure safety and longevity in industrial, automotive, or heavy-duty applications.

Technical specifications

FeatureSpecificationBenefit
Conductor MaterialSilver-plated copper (primary) / copperEnhanced conductivity and corrosion resistance
InsulationPTFE (Teflon)Heat resistance (up to 260°C), chemical inertness
Outer SheathBraided nylon/polyesterMechanical protection against abrasion and flexing
Wire Configuration3 cores (yellow, green, white)Supports multiple circuits for precise power distribution
Voltage RatingLow voltage (≤ 600V)Safe for aerial robotics and industrial systems

Customization guide

Adjustable parameters include:

  • Wire color/quantity: Customize core colors or add/remove conductors for specific electrical needs.
  • Insulation thickness: Optimize for temperature resistance or flexibility in extreme environments.
  • Braiding density: Reinforce outer sheath for higher abrasion resistance in rugged applications.

Get inspired

Ideal for tethered drones operating in harsh conditions, this cable ensures uninterrupted power supply even in high-temperature or chemically exposed environments. Its braided design and PTFE insulation make it a reliable choice for industrial automation, automotive testing, or outdoor surveillance systems.

Choose your model

ParameterBase ModelAdvanced ModelPro Model
ConductivityCopper (IACS 100%)Silver-plated Cu (+15%)Silver-plated Cu (+30%)*
Temperature Resistance-40°C to 120°C-40°C to 200°C-40°C to 260°C
Abrasion Resistance5,000 cycles10,000 cycles20,000 cycles
WeightStandardLighter (5% reduction)Ultra-light (10% reduction)

Supplier's note

  1. Technical Breakthroughs:

    • Silver-plated conductors: Reduce resistance by 30% (Pro Model) for longer drone flight stability.
    • PTFE insulation: Withstands 260°C, outperforming standard polyethylene by 50% in thermal stability.
    • Braided sheath: Provides 2x abrasion resistance compared to solid jackets, critical for outdoor use.

  2. Optimal Version Selection:

    • Base Model: Suitable for standard aerial robots in moderate environments (e.g., indoor surveillance).
    • Advanced Model: Ideal for industrial drones requiring heat resistance (e.g., welding automation) paired with its lighter weight for extended mobility.
    • Pro Model: Best for extreme scenarios like firefighting drones, where tripled chemical resistance and ultra-light design ensure safety in high-stress conditions.

Note: Comparative values are relative to industry-standard cables of similar gauge.

Frequently asked questions

  • Which High Stability Power Tether cable model suits high-power TAR drone applications?

  • How to clean the braided outer layer of the High Stability Power Tether cable?

  • PTFE vs Silicone: Which insulation is better for outdoor TAR drone cables?

  • Can the High Stability Power Tether cable be customized for specific drone connectors?

  • Does the PTFE insulation withstand extreme temperatures in drone operations?

  • Silver-plated copper vs standard copper: Which offers better conductivity in drone cables?

  • How to repair exposed wires on the High Stability Power Tether cable?

  • Does the braided outer layer protect against abrasion in harsh environments?

Product comparison

CategoryUsage ScenariosCharacteristicsAdvantagesDisadvantages
Conductor MaterialHigh-current drone systemsSilver-plated copper (▲ Base: Copper)Lower resistance: 0.018 Ω/km (IEC 60228) vs Base’s 0.022 Ω/kmHigher cost due to silver plating
Insulation MaterialHarsh environments with high tempsPTFE (▲ Industry: PVC)Operating Temp: -40°C to 260°C (ASTM D2240) vs PVC’s max 105°CPTFE is more expensive than PVC
Flex LifeFrequent bending applications20,000 cycles (▲▲ Base: 15,000, Industry: 10,000)Longer lifespan under repeated bending (IEC 60811)Complex manufacturing increases cost
WeightLightweight drone designs0.5 kg/m (▲ Base: 0.6 kg/m)Reduces drone weight (ISO 3801)Thinner material may compromise durability
Abrasion ResistanceIndustrial/outdoor deployments50,000 abrasion cycles (ASTM D4970) (▲▲ Base: 30,000, Industry: 20,000)Resists damage from rough surfaces and frictionEnhanced coatings add to production costs
Temperature ResistanceHigh-temperature environmentsWithstands 260°C (▲▲ Base: 200°C, Industry: 120°C)Safe for extreme heat (ASTM D543)Requires specialized materials that are costlier

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