
Yes, virtually any car can be equipped with remote start, but the method and cost vary significantly depending on your vehicle's age, trim level, and existing technology. The simplest scenario is if your car already has a factory-installed system, which just requires a subscription or a smartphone app setup. For cars without it, an aftermarket remote starter is a universal solution, though installation complexity depends on your car's and electronics systems.
The two primary paths are OEM (Original Equipment Manufacturer) and aftermarket systems. OEM systems are integrated by the carmaker, often as a dealer-installed accessory. They tend to be more reliable and preserve your factory warranty but are model-specific and can be expensive. Aftermarket systems, from brands like Viper or Compustar, offer more features (like longer range and smartphone control) and can be fitted to almost any vehicle. However, a professional installation is crucial, especially for modern cars with complex CAN bus networks, to avoid electrical issues.
A key consideration is compatibility. Most newer vehicles with an automatic transmission can be fitted. Manual transmission cars are significantly more challenging and risky to equip with remote start due to safety concerns about the vehicle being left in gear. The table below shows the typical availability and methods for different vehicle types.
| Vehicle Type | OEM Remote Start Availability | Common Aftermarket Solution | Key Consideration |
|---|---|---|---|
| New Car (2020+) | Often standard or a cheap dealer add-on | Yes, for enhanced features | Check if it's a subscription service (e.g., Toyota Remote Connect) |
| Used Car (2015-2019) | Available on higher trims | Yes, very common | Professional installation is key to avoid warranty issues |
| Older Car (Pre-2015) | Rarely available | Yes, primary option | Simpler electronics can mean easier, cheaper installation |
| Manual Transmission | Extremely Rare | Specialized, risky systems | Requires complex neutral-safety systems; not recommended |
| Electric Vehicle (EV) | Common (pre-conditioning cabin/battery) | Possible, but less common | Focuses on cabin comfort rather than engine start |
The cost can range from under $300 for a basic aftermarket system on an older car to over $1,000 for a high-end, long-range system with professional installation on a late-model vehicle. Always get a quote from a reputable, MECP-certified installer.

Absolutely. My old 2012 sedan didn't have anything fancy. I went to a local car audio and shop, and they installed an aftermarket remote start in an afternoon. Best $400 I've spent, especially during winter. Now I can start it from my apartment window, and the heater is already blowing warm by the time I get downstairs. It feels like a luxury upgrade without the luxury car price tag.

It's not quite universal, but it's close. The real question is how it gets done. If you're a new car, just ask the dealer to add it before you drive off the lot. For something you already own, you'll be looking at an aftermarket solution. The technology is there for almost every car, but you must use a professional installer. You don't want to mess with the wiring on a modern car yourself; it can cause all sorts of electrical headaches.

As a parent, remote start was non-negotiable. It’s not about the engine; it’s about getting the car comfortable for the kids before we pile in. Our SUV didn’t have it, so we had a viper system put in. The key fob has crazy range, so I can start it while I'm still packing the stroller in the garage. It turns a chaotic morning into a slightly calmer one. Worth every penny for that alone.

Think of it in terms of cost versus benefit. A basic remote start system for an average car might run you $500 installed. Divide that over five years of ownership, and it's a few cents a day to never scrape ice or sweat in a hot car again. For a daily driver in a climate with real seasons, that's a fantastic value. Just be sure to factor in professional installation—it's not a DIY project for most modern vehicles and is critical for reliability.


