XT60 Connector Cable Assemblies

The Reliable Choice For Lithium Battery Systems
Amass-original XT60 connectors + professional welding + 10%+ lower bulk costs—built for drones, e-skateboards, and energy storage.

What is an XT60 Connector?

XT60 is a high-current DC connector specifically engineered for lithium battery systems—optimized to handle Max. 35A loads with minimal voltage drop, ensuring efficient power transfer for mid-power applications.

Key Design Features

Banana Male/Female Contacts: Precision-molded banana plugs for secure, low-resistance connections—no loose fit common with generic connectors.

Gold-Plated Contacts: Resists corrosion from moisture/dirt, preserving conductivity over time (critical for long-life lithium systems).

Anti-Sparking, Flame-Retardant Housing: Made with self-extinguishing materials to prevent fire hazards from short circuits or overloads—essential for safety in battery-powered devices.

XT60 Connectors: Designed for Lithium Battery Power

XT60 Specs – That Matter For Lithium Batteries

Spec

Detail

Why It’s Critical for Lithium Battery Systems

Current Rating

Up to 35A continuous (60A peak)

Supports high-power lithium applications (e.g., 2000W+ e-skate motors, heavy-lift drones) without overheating—prevents voltage sag during peak loads.

Voltage

Up to 500V (compatible with 4S–12S lithium packs)

Handles high-voltage battery systems—ideal for large drones, e-bikes, and energy storage requiring elevated voltage for longer range/power.

Contact Design

Precision banana male/female terminals

Eliminates loose fit common with generic connectors—ensures consistent, low-resistance power transfer even at high currents.

Housing Material

Flame-retardant, anti-sparking PC/ABS

Self-extinguishing material prevents fire hazards from short circuits—critical for high-voltage lithium safety.

Contact Plating

Gold (standard) / Nickel (budget)

Gold resists corrosion from moisture/dirt; nickel cuts costs for non-critical apps (e.g., hobbyist drones).

XT60 – The Go-To Connector for High-Power Lithium Battery Packs

  • ✅ Universal Compatibility: Fits 90%+ mid-to-high-power lithium batteries (Tattu, Gens Ace) and controllers (VESC, SimonK)—including 4S–12S packs up to 500V—no adapters needed. Saves installation time for DIYers and brands building high-performance systems.

 

  • ✅ Proven Reliability: Trusted by top drone/e-skate brands for years—passes 1000+ hours of MIL-STD-810G vibration/temp testing(simulates high-power e-skate acrobatics or heavy-lift drone flights). No connection drops under stress.

 

  • ✅ Cost-Effective Excellence: Delivers 35A continuous/60A peak currentand 500V durability at 10%+ lower cost than generic Chinese options—without cutting corners on safety or performance.

WiringLabs XT60 Cables

Built For High Power, High Voltage

  • Genuine Amass XT60 Connectors: We source exclusively from Amass—no counterfeits. Ensures consistent quality, perfect fit, and full compatibility with Amass ecosystems for 35A/500V applications.

  • Professional In-House Welding: Our automated soldering (±0.1mm precision) eliminates cold joints—critical for 35A continuous/500V systemswhere poor connections cause overheating or failure.

  • 10%+ Bulk Cost Savings: As a direct Amass partner, we cut out middlemen. Orders ≥500 units get prices 10%+ lower than generic Chinese factories—for high-power, high-voltage cables without quality compromises.

XT60 Cables: Standard Wire Gauges & Lengths for High Power

  • Wire Gauge:
    • 18AWG: Small drones / low-power devices (10A max)—flexible for tight spaces.
    • 16AWG: E-skate motors / mid-power tools (15A max)—balances flexibility and power.
    • 14AWG: High-power applications (up to 35A max)—e.g., industrial battery packs or high-speed e-bikes.
  • Cable Length:
    • 200mm: Mid-length—most common for drones or controllers.
    • 500mm: Extended reach—large energy storage units or high-power off-road e-skates.
  • Insulation:
    • TPE: Flexible, abrasion-resistant—great for drones with high-power motors.
    • PVC: Durable, chemical-resistant—perfect for e-skates with heavy high-voltage batteries.

4 Steps to Start – Zero Barriers

Streamlined 4-Step Launch Process – Zero Barriers to Your Custom Motorized-Skateboard Cable Assembly

Simply upload your skateboard cable drawings (PDF/CAD format), specify quantity needs, and target lead time. Our engineering team will review your design for manufacturability and send a transparent preliminary quote within 24 hours—breaking down costs for materials, labor, and tooling (no hidden fees). You’ll know exactly what to expect upfront.

Once you approve the quote, we’ll produce functional samples in 5–7 days (expedited to 3 days for urgent projects). Every sample includes a detailed test report covering electrical continuity, insulation resistance, and mechanical stress—ensuring it meets your performance standards. Sign the Technical Confirmationafter validation—this locks in your design for scalable production.

Skip large minimum order quantities (MOQs)! Start with as few as 50 units to trial fit, performance, and line compatibility. We’ll provide real-time feedback on manufacturability (e.g., connector placement, cable routing) to help you refine your design beforefull-scale production—avoiding costly reworks later.

After sample sign-off, we’ll ramp up production to meet your timeline. You’ll receive weekly progress updates (email/phone) to track milestones like material sourcing, assembly, and testing. Once complete, we handle end-to-end logistics: DDP shipping (includes U.S. customs clearance) and door-to-door delivery via trusted partners (FedEx Freight/UPS). No need to coordinate shippers or worry about tariffs—focus on launching your product.

Ready to Power Your High-Power Lithium System with WIRINGLABS?

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