Can You Hardwire Arlo Pro Camera A Complete Guide

Yes, you can hardwire the Arlo Pro camera for continuous power and uninterrupted surveillance using a compatible 16–24V AC/DC power adapter. This eliminates battery changes and ensures 24/7 operation, ideal for critical monitoring areas—just ensure your wiring setup meets Arlo’s voltage requirements for safe, reliable performance.

Key Takeaways

• Yes, you can hardwire Arlo Pro cameras for reliable, continuous power without battery swaps.
• Use weatherproof cables and connectors to safely hardwire outdoor Arlo Pro setups.
• Check local electrical codes before installing wired power to ensure compliance.
• Hardwiring reduces maintenance by eliminating frequent battery replacements and downtime.
• Professional installation may be needed for complex wiring or permanent home integration.
• Arlo Pro 3 and later models support hardwiring via optional power adapter kits.

Why Hardwiring Your Arlo Pro Camera Might Be a Game-Changer

If you’ve ever dealt with a dead battery in your Arlo Pro camera during a critical moment, you know the frustration. One minute, you’re checking in on your front porch, and the next, your camera’s offline because it needs charging. It’s like setting up a security guard, only to find they took an unscheduled coffee break. I’ve been there—especially when I was away on vacation and realized my backyard camera had died after just two weeks. That’s when I started wondering: *Can you hardwire an Arlo Pro camera?*

Arlo Pro cameras are popular for their wireless flexibility, sleek design, and reliable motion detection. But the reliance on rechargeable batteries can be a dealbreaker for some homeowners. Whether you’re tired of climbing ladders every few weeks or want uninterrupted 24/7 surveillance, hardwiring might sound like the perfect fix. The good news? Yes, you can hardwire Arlo Pro cameras—with a few caveats, tools, and some DIY spirit. In this guide, I’ll walk you through everything you need to know, from the technical details to real-world tips I’ve learned from personal experience. No fluff, no sales pitch—just honest, practical advice.

Understanding Arlo Pro Power Options: Battery vs. Hardwired

How Arlo Pro Cameras Are Designed to Run

Arlo Pro cameras (including the Pro 2, Pro 3, and Pro 4 models) were originally designed as wireless, battery-powered devices. This means they rely on rechargeable lithium-ion batteries that typically last 3–6 months, depending on usage, weather, and motion activity. The idea is simple: you mount the camera, charge the battery, and forget about it for months. But “forgetting” only works if the battery actually lasts.

In my case, I had a camera pointed at my driveway that triggered motion alerts 20+ times a day. That meant frequent battery swaps—every 6–8 weeks. It wasn’t just inconvenient; it was a security risk. If I forgot to charge the battery, my camera was useless. That’s when I started exploring alternatives.

Can You Hardwire an Arlo Pro Camera? The Short Answer

Yes, you can hardwire an Arlo Pro camera, but it requires an external power adapter and, in most cases, a bit of modification. Arlo doesn’t include a direct AC power option in the base kit, but they do offer a weather-resistant outdoor power adapter (sold separately) that allows you to plug your camera into a standard outlet. This adapter connects to the camera via the same charging port used for the battery.

Here’s the catch: when you plug in the adapter, the camera will stop using the battery and draw power from the outlet. The battery still needs to be inside the camera for it to function—but it won’t drain because the adapter keeps it charged. Think of it like a phone: you can use it while plugged in, and the battery stays full.

Pro tip: I learned this the hard way. I once removed the battery after plugging in the adapter, thinking the camera would run on wall power alone. Nope. The camera shut down instantly. Always keep the battery installed—even when hardwired.

Benefits of Hardwiring vs. Battery Power

• No more battery swaps: Once hardwired, your camera runs continuously without manual intervention.
• 24/7 operation: Ideal for high-traffic areas like driveways, front doors, or backyards.
• Better for extreme weather: Cold temperatures drain batteries faster. Hardwiring reduces this risk.
• Peace of mind: No more “low battery” alerts or unexpected downtime.

However, hardwiring does come with trade-offs. You’ll need access to an outdoor power outlet or be willing to run an extension cord. And if the power goes out, your camera goes offline—unless you have a backup power source (more on that later).

Tools and Equipment You’ll Need to Hardwire Arlo Pro

Arlo’s Official Outdoor Power Adapter

The easiest and safest way to hardwire your Arlo Pro is with Arlo’s Weather-Resistant Outdoor Power Adapter (model: VMA4600). This isn’t just any USB charger—it’s specifically designed for Arlo cameras and built to withstand rain, snow, and UV exposure. It includes:

• A 120V AC plug for standard outlets
• A 10-foot waterproof cable with a micro-USB connector
• An IP65-rated enclosure to protect the connection from moisture

I bought this adapter for my front porch camera and it’s held up great through two winters and a summer thunderstorm. The IP65 rating means it’s dust-tight and protected against low-pressure water jets—perfect for outdoor use.

Note: This adapter is compatible with Arlo Pro, Pro 2, Pro 3, Pro 4, and Arlo Ultra (with a different connector). Always check your model before buying.

Alternative Power Solutions (DIY Options)

If you don’t want to spend $30–$40 on the official adapter, there are DIY alternatives—but they come with risks.

Option 1: USB Power Bank + Weatherproof Enclosure
Use a high-capacity USB power bank (like Anker or Jackery) and place it in a waterproof box near the camera. Connect it to the camera with a USB-to-micro-USB cable. I tried this once for a temporary fix. It worked for 3 days… until a storm soaked the power bank. Lesson learned: not recommended for long-term outdoor use.

Option 2: PoE (Power over Ethernet) with a Converter
This is more advanced. You can use a PoE injector to send power and data through an Ethernet cable, then convert it to USB power using a PoE-to-USB adapter. It’s great if you have existing network cables or want to run power underground. But it’s overkill for most homeowners and requires electrical know-how.

Option 3: Solar Panel + Battery Kit
Arlo offers a solar panel (VMA5600) that keeps the battery charged. It’s not hardwiring per se, but it reduces battery swaps. I use this on my backyard camera. It’s not 100% reliable in cloudy climates, but it cuts charging frequency by 70%.

Installation Tools You Might Need

• Drill and drill bits (for mounting the adapter or running cables)
• Extension cord (if your outlet is far from the camera)
• Weatherproof electrical box (to protect the adapter connection)
• Cable clips or conduit (to secure and hide wires)
• Voltage tester (to ensure power is off during installation)

Pro tip: If you’re running a cable along the side of your house, use conduit to protect it from weather and pests. I skipped this once and ended up with chewed wires from a squirrel. Not fun.

Step-by-Step Guide to Hardwiring Your Arlo Pro Camera

Step 1: Choose the Right Location and Outlet

Before you start, pick a spot for your camera and identify the closest outdoor outlet. Ideally, it should be within 10 feet (the length of the adapter cable). If it’s farther, you’ll need an extension cord rated for outdoor use.

Check the outlet with a voltage tester to ensure it’s live. Also, make sure the outlet is GFCI-protected—this is required by code for outdoor installations and helps prevent shocks.

Step 2: Mount the Camera and Route the Cable

Install your Arlo Pro camera using the magnetic mount or included screws. Once it’s in place, route the power adapter cable from the outlet to the camera. Avoid running it across walkways (tripping hazard) or through high-traffic areas.

I like to run the cable along the edge of the house, using cable clips to secure it every 12–18 inches. For a cleaner look, you can drill a small hole in the siding and run the cable inside (just seal it with silicone caulk).

Step 3: Connect the Adapter and Camera

1. Plug the adapter into the outdoor outlet.
2. Connect the micro-USB end to your Arlo Pro camera.
3. Ensure the battery is installed in the camera (remember: it’s required).
4. Wait 1–2 minutes for the camera to boot up and connect to Wi-Fi.

The camera’s LED will blink blue when connecting. Once it turns solid blue, you’re good to go. Open the Arlo app to confirm the camera is online.

Step 4: Secure and Weatherproof the Connection

This step is crucial. The micro-USB port on the camera isn’t waterproof on its own. Arlo’s adapter includes a rubber boot to cover the connection, but I recommend adding extra protection:

• Wrap the connection with self-fusing silicone tape (it seals when stretched).
• Use a weatherproof enclosure (like a small plastic junction box) to cover the entire connection.
• Apply silicone caulk around any gaps to prevent water ingress.

I once skipped this step and had to replace a camera after it shorted out in a heavy rain. Now I always double-seal the connection.

Step 5: Test and Monitor

After installation, test the camera for 24 hours. Check the Arlo app for:

• Continuous live view
• Motion detection alerts
• Battery status (should show 100% or “Charging”)

If the camera disconnects or the battery drains, recheck the connection and ensure the outlet is stable.

Common Challenges and How to Solve Them

Power Outages and Backup Solutions

Hardwiring means your camera depends on electricity. A power outage = camera offline. To mitigate this:

• Use a UPS (Uninterruptible Power Supply): Plug the adapter into a UPS battery backup. It keeps the camera running for 1–4 hours during outages. I use a small APC UPS for my front camera.
• Keep a spare battery: If the power goes out, swap in a charged battery temporarily.
• Choose battery-first models: Arlo Pro 3 and Pro 4 have better battery optimization. They can switch to battery mode if the adapter fails.

Weatherproofing and Cable Protection

Outdoor cables are vulnerable to:

• UV damage (sunlight degrades plastic)
• Moisture (causes corrosion)
• Animals (squirrels love chewing wires)

Solutions:
– Use UV-resistant cable or run it through conduit.
– Elevate the cable off the ground.
– Spray the cable with animal repellent (like Critter Gitter).

Wi-Fi Signal Issues with Hardwired Cameras

Hardwiring doesn’t affect Wi-Fi, but long cable runs can create obstacles. If your camera struggles to connect:

• Reposition the camera for better signal.
• Add an Arlo SmartHub or Wi-Fi extender.
• Use the Arlo app’s signal strength tool to find the best spot.

I once had a camera 30 feet from my router with a brick wall in between. The signal was weak. I moved it to a window ledge and added a SmartHub—problem solved.

Comparing Hardwiring Options: A Quick Data Overview

Power Option	Cost	Installation Difficulty	Weather Resistance	Reliability	Best For
Arlo Outdoor Adapter	$30–$40	Low	High (IP65)	High	Permanent outdoor setups
Solar Panel + Battery	$50–$70	Medium	Medium (panel must face sun)	Medium (weather-dependent)	Sunny climates, remote areas
PoE + Converter	$60–$100	High	High (if properly sealed)	Very High	Tech-savvy users, underground runs
USB Power Bank (DIY)	$20–$50	Low	Low (unless in sealed box)	Low	Temporary or indoor use only

This table summarizes the trade-offs. For most people, the Arlo Outdoor Adapter is the best balance of cost, ease, and reliability.

Final Thoughts: Is Hardwiring Right for You?

After testing multiple setups—battery-only, solar, and hardwired—I can confidently say that hardwiring an Arlo Pro camera is worth it if you value reliability and convenience. I now have three Arlo Pros hardwired around my home, and I haven’t touched a battery in over a year. No more climbing ladders, no more “low battery” alerts, and no more blind spots.

But it’s not for everyone. If you rent your home, don’t have outdoor outlets, or prefer a completely wireless setup, stick with the batteries. And if you’re in a cloudy area, solar might not be reliable enough.

My biggest piece of advice? Start small. Try hardwiring just one camera—your front door, for example. Use the official adapter, seal the connection properly, and monitor it for a few weeks. If it works well, expand to other areas.

Remember: hardwiring doesn’t change the camera’s features or video quality. It just makes it more dependable. And in home security, dependability is everything.

So, can you hardwire an Arlo Pro camera? Absolutely. With the right tools, a little patience, and attention to detail, you can transform your battery-powered cameras into always-on sentinels. Your future self—and your peace of mind—will thank you.

Frequently Asked Questions

Can you hardwire Arlo Pro cameras for continuous power?

Yes, you can hardwire Arlo Pro cameras using the Arlo Pro AC power adapter (sold separately). This eliminates the need for battery replacements and ensures uninterrupted surveillance.

Is hardwiring an Arlo Pro camera difficult to install?

Hardwiring an Arlo Pro camera is straightforward with the official Arlo Pro power adapter. Simply connect the adapter to the camera and a nearby electrical outlet, then route the cable discreetly.

Does hardwiring affect Arlo Pro camera performance or features?

No, hardwiring doesn’t impact the camera’s resolution, night vision, or motion detection. It only provides a constant power source, maintaining all original features without interruption.

What tools or accessories do I need to hardwire an Arlo Pro camera?

You’ll need the Arlo Pro AC power adapter (model VMA4600) and optionally weatherproof conduit or cable clips for outdoor installations. No additional tools are required for basic setup.

Can you hardwire Arlo Pro cameras outdoors safely?

Yes, the Arlo Pro power adapter is rated for outdoor use and includes weather-resistant seals. Ensure connections are protected from direct exposure to rain or snow for longevity.

Will hardwiring disable the Arlo Pro’s battery backup?

No, hardwiring and battery backup work simultaneously. The camera automatically switches to battery power during outages, ensuring 24/7 monitoring without gaps.