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Rekcharge Cigarette Lighter Extension Lead

Regular price $2000

  • 12 Month Warranty

Fast dispatch

Easy returns

  • 12 Month Warranty

Fast dispatch

Easy returns

Cigarette lighter extension

Get extra reach for 12V gear

Powers fridges & compressors


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Rekcharge Cigarette Lighter Extension Lead

Overview

Product Information

Product Description

Get that little bit of extra reach for your 12V gear with this Rekcharge cigarette lighter extension lead. It's the simple and effective way to run power to your camping fridge, air compressor, or other accessories when they're not right next to your vehicle's power socket. Made with durable wire, it's a handy addition to any touring kit.

Disclaimers

All product information and images are sourced from manufacturer descriptions and may be updated by the manufacturer without notice to us.

Key Features

  • Cigarette lighter extension
  • Get extra reach for 12V gear
  • Powers fridges & compressors
  • Durable wire construction
  • A handy addition to any kit

Pack Contents

  • 1 x Cigarette lighter extension lead

Specifications

Rekcharge Cigarette Lighter Extension Lead
Vendor Rekcharge

FAQs

Frequently Asked Questions

How do 12V adaptor leads help bridge different connections like Anderson to MC4?

Adaptor leads provide a simple, plug-and-play way to link equipment that uses different connection standards, such as bridging a solar panel's MC4 output to an Anderson plug-based battery box. These leads remove the need for custom wiring or messy improvisations, allowing you to integrate different brands or types of gear into one stable 12V system. Using a purpose-built adaptor maintains the integrity of the connection, ensuring there is no loose contact that could cause power loss on corrugated tracks.

Having a few versatile leads in your kit is a practical way to manage the different connection types often found in a multi-component off-grid setup. This modular approach allows you to quickly adapt your system to suit different panels or battery hubs during your trip. Browse our selection of Plugs & Connectors to find compatible hardware, or explore our range of Solar Cable & Accessories to build the necessary bridging links.

How do I avoid voltage drop when using long 12V extension leads?

To avoid voltage drop over long 12V extension leads, you must use a cable with a thicker gauge (larger cross-sectional area) to compensate for the increased electrical resistance. As the distance between your power source and the appliance grows, the voltage drop becomes more pronounced, which can cause fridges to shut down prematurely or lights to dim. Using a heavier-duty cable allows the current to flow with less resistance, ensuring your gear receives the stable power it needs to perform efficiently.

It is a practical move to calculate your total cable run, including the return path, and select a gauge that limits the drop to three percent or less. This extra investment in quality wiring prevents the heat build-up and component failure that often occur with undersized leads. Browse our selection of Battery Cable to find the correct size for your setup, or explore our range of Battery Cable & Accessories to complete your installation with secure, low-resistance terminations.

Why should I use a dedicated inverter cable kit instead of standard wiring?

A dedicated inverter cable kit is specifically sized to handle the massive current draw of your 240V equipment, preventing the performance loss and overheating often associated with standard automotive wiring. High-wattage inverters can demand hundreds of amps during heavy use, which requires the heavy-gauge copper found in specialized kits to avoid dangerous voltage drop. Using a purpose-built kit provides a complete safety solution that includes the correctly rated fuse and lugs to secure the electrical path between your battery and the unit.

This setup is critical for maintaining stability during the surge of electricity that occurs when starting motors or high-demand appliances. Browse our range of Inverters to determine your power requirements, or explore our collection of 12V Pure Sinewave Inverters for professional-grade power delivery.

What makes solar extension leads different from standard 12V leads?

Solar extension leads use double-insulated, UV-rated cabling that handles constant exposure to sunlight and harsh weather without becoming brittle or cracking. Standard 12V leads are typically designed for internal vehicle use and will degrade quickly under the intense heat and UV rays found on a caravan or canopy roof.

This specialized insulation is critical for maintaining the structural integrity of your wiring over years of touring in the Australian outback. Furthermore, solar leads often feature locking MC4 connectors that provide a sealed, watertight bond. This prevents dust and moisture from entering the circuit, which maintains the high electrical efficiency required for your array to work at its peak. Browse our full range of Solar Cable & Accessories to ensure your setup is built for the outdoors, or explore our collection of 12V Solar Panels for your next upgrade.

Which 12V leads and connectors are safe to use outdoors in the rain and dust?

Outdoor connections must be fully sealed with an IP rating to prevent water and dust from entering the electrical path. Standard cigarette-style plugs and open-pin connectors are not safe for external use, as they lack the gaskets and locking mechanisms needed to stop moisture ingress during heavy rain or while traveling through red outback dust.

The most reliable choice for external setups is the MC4 connector for solar arrays, or a weatherproof-rated Anderson plug for your campsite power points. These units are built with high-grade, UV-stable housings that maintain a secure bond in the toughest conditions. Browse our full range of Plugs & Connectors to find weather-rated options, or explore our 12 Volt Accessories to see how these components help build a reliable, off-road ready system.

What is automotive cable, and what is it used for?

Automotive cable is specialized wiring designed to handle the unique electrical demands and environmental stress found in vehicle builds. Unlike standard household wiring, it features multi-strand copper cores that offer better flexibility and resistance to fatigue, which is necessary when cables are subjected to the constant vibration of 4WD touring. The insulation is rated for high under-bonnet temperatures and is designed to resist oil, grease, and fuel.

This type of cabling is the standard for wiring your 12V accessories, including lighting, water pumps, and charging sockets. Using the correct automotive cable provides a stable path for your power and helps prevent the insulation failure that often leads to short circuits in a custom fit-out. Selecting the right wire gauge for your specific load is a practical way to manage system efficiency and ensure your gear performs reliably on the road.

Can I purchase the components to make my own custom-length leads or adaptors?

Yes, we provide all the professional-grade components you need to build custom leads and adaptors tailored to your specific vehicle or canopy layout. You can source your preferred cable gauge, high-conductivity copper lugs, and weather-resistant connectors to create an electrical path that fits your build perfectly. This DIY approach is a practical way to manage cable length, which reduces excess clutter and minimizes voltage drop across your system.

Building your own leads is a common choice for travelers who want a professional fit-out without the bulk of pre-made cables. To achieve a reliable, low-resistance connection, you must use a dedicated tool to terminate your lugs securely. Browse our selection of Crimping Tools to find the right hardware for your workbench, or explore our full range of Lugs & Joiners to complete your electrical setup.