The Ultimate Dash Cam Installation Guide

So, you’ve decided to invest in the security and peace of mind that a dash cam provides. Great choice! But now, you’re probably wondering about the best way to install it. Don’t worry, in this Dash Cam Installation Guide, we will show you all of the different options available.

This comprehensive blog will guide you through various dash cam installation methods, each with its unique advantages and considerations. Whether you’re a tech novice seeking a quick and easy solution or a car enthusiast comfortable delving into the electrical system, you’ll find the perfect installation method here.

We’ll explore:

• Cigarette Lighter Adapter (CLA): The simplest plug-and-play option for recording while driving.
• OBD-II Installation: A straightforward way to unlock parking mode features without complex wiring.
• Hardwiring: A more permanent solution for continuous power and advanced parking mode capabilities.
• Battery Pack Installation: An alternative to hardwiring for extending parking mode recording time and protecting your car battery.

By the end of this guide, you’ll have the knowledge and confidence to choose the right installation method for your dash cam and enjoy the benefits of 24/7 vehicle protection.

Let’s get started!

1. Installing with a Cigarette Lighter Adapter (CLA)

The Easiest Way to Install Your Dash Cam

If you want to get your new dash cam up and running quickly, the simplest way is through a 12V cigarette lighter installation. It’s a straightforward, plug-and-play option that only requires you to plug the 12V power cable into your car’s cigarette lighter socket.

When to Choose CLA Installation

CLA installation is typically recommended for users that only want their dash cams to record while driving. A CLA installation will typically only provide power to the dash cam when the vehicle is on, and it will turn off the dash cam when the vehicle is turned off. You won’t have power when the car is off so you won’t be able to use the Parking Mode features of dash cams with this option.

This method is ideal if:

• You’re leasing your vehicle or don’t want to make permanent modifications
• You want a quick and easy installation that doesn’t require technical expertise
• You primarily need recording while the car is on

What You’ll Need

• 12V Power Cable (generally comes as standard with the dash cam)

3 Steps to Install:

1. Mount the Dash Cam

• Find a suitable spot, as centered as possible for optimal coverage.
• Use the dash cam’s screen or live view feature on the app to check the angles.
• Remove the mounting tape and attach the dash cam securely.
• For a discreet installation, mount the dash cam with the body hidden behind the rearview mirror or just below it.

2. Connect the Cable

• With the vehicle off, connect the cigarette lighter cable to the dash cam and the car’s 12V cigarette socket.

3. Route the Wires

• Use a trim tool or credit card to hide the wire along the trim, then the car’s A-pillar.
• Carefully pull down the trim edges to tuck the wire in.
• Route the power cable inside the trim towards the power source.
• Route the cable down the A-pillar, hiding it within the rubber weather strip.
• Continue routing under the dashboard and plug into the power source.
• Use adhesive cable clips to secure any loose cables.
• If you are installing a rear camera too, simply run the cable via the same method through the weather strips or seals, past the B and C pillars to the rear camera. Keep in mind that you will want to leave an extra bit of cable length to allow for movement if your rear windscreen opens with your boot.

Important Considerations:

• Most modern cars have cigarette lighter sockets that turn off when the engine is off.
• Some older vehicles have always-on sockets, but these are not recommended for parking mode due to potential battery drain and lack of ignition detection.
• For 24/7 recording with parking mode, consider a CLA with a battery pack or OBD-II power cable
• Battery packs like the BlackVue B-130X or the Cellink Neo8 offer extended recording and protect your car’s battery, completely bypassing it.

Remember: If you have any questions or concerns during installation, consult the dash cam manual or seek professional assistance.

 

2. OBD-II Install

This OBD-II power cable installation method is a straightforward approach to powering your camera with constant power, offering easy access to your vehicle’s onboard diagnostics port & unlocking parking mode. Installation can take about 20 minutes or less.

Setting Up with an OBD Power Cable

Easy Plug-and-Play Solution for Parking Mode

To enable parking mode on your dash cam, you have three main options: hardwiring, using a dash cam battery pack, or using an OBD power cable. Each method has its pros and cons, and the best choice will depend on your specific dash cam and needs.

In this guide, we’ll focus on OBD installation and show you how to activate parking mode using this method.

What is an OBD Power Cable?

OBD stands for On-Board Diagnostics. It’s a standardized computer system in all modern vehicles (1996 and newer) that monitors various electrical sensors.

An OBD cable offers a simpler alternative to traditional fuse box hardwiring for enabling parking mode recording on your dash cam. Instead of connecting to the fuse box, which can be tricky to locate and access, the OBD cable plugs directly into the OBD port, typically found on the driver’s side footwell near the steering wheel column.

Note for Electric Vehicle Owners: Newer electric vehicles (like Tesla Model 3s) may not have a fuse panel, making traditional hardwiring impossible. In such cases, installing via battery pack or OBD cable is recommended. In saying that, some Hybrid or Full Electric vehicles may not have an OBD port at all so please check this out before purchasing.

Choosing the Right OBD-II Power Cable

The Finevu OBD-II and BlackVue OBD-II power cables are the only ones we recommend and are only compatible with their own brand of dash cam. They activate essential parking modes like Motion Detection, Impact Detection, Time Lapse, and Energy Saving Mode.

Installation is simple – just plug the cable into your vehicle’s OBD-II port. No hardwiring or complex panel removals are needed. Once installed, your dash cam receives continuous power, ensuring reliable performance even when parked.

How to Set Up Your OBD-II Power Cable

Step 1: Locate Your OBD Port

• The OBD port is usually on the driver’s side, under the dashboard, near or under the steering wheel column.
• You may need to remove a latch or cover to access the port.
• Once open, simply plug the OBD cable into the port – it should be a universal fit.

Step 2: Mount and Connect Your Dash Cam

• Mount your dash cam on the windshield, ensuring it’s in the desired position.
• Connect the other end of the OBD cable to your dash cam.
• Use a trim tool to neatly hide any excess wires along panels, gaps, the A-pillar, and through the headliner.

Step 3: Test Your Dash Cam

• Plug in your dash cam, turn on the ignition, and power on the camera to check if it’s working correctly.
• If parking mode isn’t working, ensure it’s turned on in the camera settings and wait 5 minutes after turning off the engine (may be necessary for some vehicles).
• Some OBD cables have an S/P switch to enable parking mode. The “Parking” setting still allows normal operation when the ignition is on.

You’re all set! Enjoy the added security and peace of mind that comes with parking mode recording.

Currently, we offer the OBD II Hardwire kits that are compatible with the current FINEVU range and the BLACKVUE range.

 

3. How to use a Hardwire Kit to Install a Dash Cam

Power Your Dash Cam for Parking Mode

Hardwiring your dash cam directly to your vehicle’s fuse box is another method for enabling 24/7 parking mode recording and it is only recommended if you are familiar with vehicle auto electrics. While technology has come a long way to reducing the need for hardwiring, this option is still popular amongst car enthusiasts and the like. This method ensures your dash cam stays powered even when the car is off, capturing important events while parked. Hardwiring kits are typically included with 2-channel dash cams and offer a clean installation while preventing battery drain.

In this section, we’ll walk you through the steps of hardwiring your dash cam.

5 Steps to Hardwiring Your Dash Cam

Step 1: Gather Your Tools and Supplies

• Hardwiring Kit (usually included with your dash cam)
• Circuit Tester
• Fuse Taps
• Pliers
• Socket Wrench
• Electrical Tape
• Car Manual

Step 2: Locate the Fuse Box

• Consult your car manual (or online resources) to find the fuse box location. It might be hidden under the steering wheel, in the glove box, or in a footwell.
• If your car has multiple fuse boxes, choose the one closest to your dash cam’s planned location.

Step 3: Identify the Right Fuse Slots

• Important: Avoid fuse slots that control critical safety features like airbags or stability control.
• Use a circuit tester to find:
• Constant Fuse: Lights up the tester even with the engine off.
• Ignition-Switched ACC Fuse: Lights up the tester only when the ignition is on.
• Choose fuse slots rated between 10A-30A for dash cams (20A-30A for battery packs).
• Always refer to your car manual for guidance.

Step 4: Connect the Add-a-Fuses to the Hardwire Kit

• Use add-a-fuses (fuse taps) for a cleaner and more secure installation.
• Insert the fuse tap into the “New Fuse” position of the add-a-fuse.
• Place the original fuse from your fuse box into the “Old Fuse” position.
• Use pliers to crimp the hardwiring cable to the other end of the add-a-fuse, ensuring a tight connection.
• You’ll need two add-a-fuses for a traditional hardwire kit (one for constant power, one for ignition-switched).
• The ground wire connects directly to a metal ground bolt and doesn’t need an add-a-fuse.

Step 5: Test and Tidy Up

• Plug the kit into your dash cam and start your vehicle.
• Check the camera angle using the screen or app, ensuring optimal coverage.
• If the dash cam powers on, you’re good to go!
• Neatly tuck away all wires using zip ties and electrical tape, ensuring nothing dangles or obstructs anything.
• It’s easier to troubleshoot any issues before tidying up the wires.

Common Hardwiring Mistakes to Avoid

• Reversed wire orientation
• Bad ground connection
• Incorrect add-a-fuse setup
• Blown fuse
• Loose wire in add-a-fuse

Remember: Hardwiring involves working with your car’s electrical system. If you’re unsure, consider the OBD-II cable method or using a battery Pack.

4. Battery Pack Installation

What is a Dash Cam Battery Pack?

A dash cam battery pack is a compact, rechargeable power source designed to extend the functionality of your dash cam, particularly its parking mode. Parking mode allows your dash cam to continue recording even when your car is off, providing 24/7 surveillance.

Benefits of Dash Cam Battery Packs

• Extended Parking Mode: The primary benefit is the ability to record for longer durations in parking mode. While a car battery might provide 10-15 hours, a dash cam battery pack can typically offer an average of 25 hours. This is especially useful for overnight parking or extended trips.
• Vehicle Battery Protection: A dash cam battery pack prevents your car battery from being drained, extending its lifespan and protecting your dash cam from potential damage due to low voltage.
• Parking Mode without Hardwiring: If you prefer not to hardwire your dash cam to your car’s fuse box, a battery pack offers a convenient alternative for enabling parking mode. It connects directly to the cigarette lighter socket and stops drawing power when the car is off, further reducing strain on your car battery.
• Ideal for Cars with Smaller Batteries: Cars with smaller batteries, like BMWs and hybrids, or those from the Japanese Domestic Market (JDM), often have limited parking mode recording time due to lower power capacity or sensitive computer systems. A battery pack bypasses these limitations.
• Protection for Exotic/European Car Batteries: These cars often require specific, expensive batteries. A battery pack helps protect these batteries from excessive drain and extends their lifespan.
• Superior to USB Power Banks: Dash cam battery packs use LiFePO4 (Lithium Iron Phosphate) batteries, which are more durable, temperature tolerant, and better suited to handle the frequent charge-discharge cycles and high power demands of dash cams compared to standard USB power banks.

How Does a Dash Cam Battery Pack Work?

• Charging: The battery pack charges while you’re driving, drawing power from your vehicle. Generally, you will need to charge 20 minutes for a full charge
• Parking Mode: When parked, the battery pack automatically powers the dash cam, enabling parking mode features like motion detection and impact detection.
• Home Charging: You can also charge the battery pack at home using a power inverter plugged into a standard outlet. This is useful if you don’t drive frequently or want to use your dash cam outside your vehicle.

How to Install a Battery Pack

Battery pack installation is straightforward, with two main methods:

1. Hardwiring: Connect the battery pack’s hardwire cable to your car’s fuse box, using an ACC/ignition-switched fuse and a ground bolt. This method provides the fastest charging while driving. Then, connect your dash cam to the Battery Pack via the cigarette lighter socket output or hardwire cables.
2. Cigarette Lighter Adapter (CLA): Simply plug the included CLA into your car’s cigarette lighter socket. Then, connect your dash cam to the Battery Pack via the cigarette lighter socket output or hardwire cables. Ensure the socket turns off when the car is off. Charging is slower with this method. .

Final Steps

• Test Functionality: Ensure your dash cam is working correctly before proceeding.
• Secure the Battery Pack: Hide the battery pack in a safe location, such as under a seat, in the trunk, or glove compartment. Use included velcro or adhesives for secure mounting.
• Tidy Up Wiring: Tuck away excess wires using zip ties or tape, keeping them clear of the fuse box and other components.

Factors Affecting Battery Pack Power

• Dash Cam Settings: Higher recording resolution, bitrate, and frame rate increase power consumption.
• Features: Wi-Fi and cloud features also use power. Turn them off in parking mode if not needed.
• Parking Mode Type: Motion detection can drain the battery faster in busy areas. Consider time-lapse mode in such situations.
• Weather: Cold weather can reduce battery pack efficiency.

Other Uses for a Dash Cam Battery Pack

• Power a Wi-Fi Hotspot: Provide internet connectivity for your dash cam or other devices, especially useful for cloud-ready dash cams.
• Charge Mobile Devices: Charge your phone, tablet, smartwatch, or other devices using the battery pack’s USB port.
• Charge Laptops: If your laptop supports USB charging, you can even charge it with the battery pack.

Taking Care of Your Dash Cam Battery Pack

To maximise the lifespan of your battery pack:

• Keep terminals clean
• Avoid fully draining the battery
• Insulate the battery in extreme weather
• Keep the battery properly charged
• Secure the battery to prevent vibrations
• Regularly inspect for leaks, bulging, or cracks
• Avoid frequent unplugging

By understanding the benefits and proper usage of a dash cam battery pack, you can enhance your dash cam’s capabilities and ensure continuous protection for your vehicle.

At Dash Cams Australia, we believe dash cams provide maximum security, but a dash cam battery pack takes that peace of mind to the next level. It’s a must-have accessory for anyone who values parking mode recording – a non-negotiable feature in our dash cams.

Why Dash Cam Battery Packs are Superior:

• Designed for Dash Cams: Unlike USB power banks, dash cam battery packs use LiFePO4 batteries, specifically designed for the high power demands and frequent charge-discharge cycles of dash cams.
• Durability and Performance: LiFePO4 batteries offer superior durability, temperature tolerance, and power storage compared to standard lithium-ion batteries found in power banks.

Our Top Battery Pack Recommendations

• BlackVue B-130X Ultra Magic Battery Pack: Compact and powerful, this 7,500mAh/96Wh battery pack provides up to 30 hours of parking mode for 1-channel BlackVue dash cams. It supports both 12V and 24V systems and includes a 5V USB output for charging accessories.
• Cellink Neo8+ Battery Pack: Designed for all dash cams, this compact battery pack enhances parking mode features and protects your car battery and has very similar specs to the B-130x.

By choosing the right battery pack and following these tips, you can enjoy the benefits of extended parking mode recording and protect your vehicle’s battery.

 

 

If you have any further enquiries or would like more assistance please do not hesitate to contact us on (03) 9350 2605 or info@dashcamsaustralia.com.au or on our Live Chat tab on the site. We are more than happy to answer any questions
or assist you with a Dash Cam recommendation.

Like this article? Read our other articles by clicking here