Camera-based digital mirrors replace conventional glass with live video feeds displayed inside the cabin.
Programmable OLED lighting can display symbols, animations, and light patterns for visibility and communication.
Flush door handles use motors, sensors, proximity systems, or apps, while feature availability varies by trim and market.
Cars are shedding their purely mechanical exteriors, but not every feature marketed as digital earns that label. A door handle that opens when the key gets close is electronically controlled, not digital. A motor and a sensor move it, nothing more.
A camera-based mirror works on a different level entirely: it captures a live view, processes it, and sends it to a screen inside the car. That gap matters in 2026. The real value of exterior technology comes down to what the system actually does, not what the marketing calls it.
Every entry below identifies its actual tier rather than borrowing the word "digital" for effect. Seven models carry genuine tier-one technology. Three carry tier-two systems, included for representing a real shift in how exterior parts function, even without a display or camera behind them.
| Car | Feature | Tier | Note |
|---|---|---|---|
| Kia EV9 | Digital Side Mirror (DSM) | 1 | Kia's manual documents glare, fogging, and image discrepancies. |
| Hyundai IONIQ 5 | Flush proximity door handles | 2 | Motorized, no camera or display involved |
| Hyundai IONIQ 6 | Optional digital side mirrors | 1 | Available in select markets only |
| Audi A6 e-tron | Digital OLED rear lights | 1 | Displays symbols and animated signatures |
| Mazda CX-6e | Digital side and rearview mirrors | 1 | Listed on upper grades, availability varies by market. |
| BMW iX3 | Self-presenting flush handles, lit grille | 2 | The concept had digital mirrors; production reverted to glass. |
| Mercedes-Benz EQS/EQE | DIGITAL LIGHT projection | 1 | Symbol and animation projection, subject to local approval |
| Rivian R1S/R1T (Gen 2) | Cable-free electromechanical handles | 2 | Operated by proximity or app, not a display system |
| Genesis GV60 | Digital side mirrors | 1 | Factory option in the UK and select markets |
| Hyundai IONIQ 9 | DSM and Digital Centre Mirror | 1 | Same core system as the EV9, applied to a three-row SUV |
A few entries deserve extra context beyond the table. Kia stands out for candor: its owner's manual openly warns about glare, camera fogging, and image differences rather than presenting the DSM as flawless.
BMW is worth flagging for the opposite reason. Its Vision Neue Klasse X concept ran digital mirrors, but the production iX3 quietly reverted to glass, so buyers chasing concept-era claims will not find them on the showroom floor.
Mercedes' DIGITAL LIGHT only projects symbols and animations where local traffic regulation allows it. Which means two nearly identical cars in different countries can behave differently on the same feature.
Camera-based mirrors and flush handles both carry a genuine aerodynamic benefit, since they reduce drag compared with glass mirrors and protruding handles. Digital lighting does not touch aerodynamics at all. Its value lies in visibility and communicating with other road users through symbols and light patterns rather than static beams.
The trade-offs are just as real. Camera mirrors depend on clean lenses and working displays, and rain, dirt, or strong glare can degrade the image the same way weather affects a glass mirror.
Repairs cost more when a camera or screen fails instead of a simple mirror housing. Some countries still restrict digital mirrors outright, so a feature available in Europe may not be legal to import elsewhere.
Three checks are worth making before choosing a car for its exterior tech. Confirm digital mirrors are road legal in the buyer's own country, since rules differ sharply between regions.
Ask whether the feature is standard equipment or a costly optional package. Read the warranty terms for camera and display hardware specifically. Since these parts often sit outside standard bumper-to-bumper coverage.
Exterior tech is moving fastest where it solves a real problem rather than existing simply for the sake of software. Mirrors that improve nighttime visibility and lighting that communicates clearly with pedestrians. Also, features that hold up in cold or wet conditions are the features that will still matter once the novelty wears off.
Also Read: Top 5 Backup Cameras for Cars and Trucks
The next test for exterior tech will not be how many sensors a car carries, but how those systems behave once regulators, weather, and real driving conditions get involved. Cars that keep a digital feature legal, reliable, and genuinely useful across markets will set the pace for what comes after 2026. While features built purely to sound advanced on a spec sheet are likely to fade from future generations.
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1. What are digitally controlled exterior features in cars?
Digitally controlled exterior features use cameras, sensors, software, or electronic systems to control or enhance parts of a vehicle's exterior, including digital mirrors, programmable lighting, and electronically operated door handles.
2. Which cars have digital side mirrors in 2026?
Models such as the Kia EV9, Hyundai IONIQ 6, and Mazda CX-6e offer camera-based digital side mirrors in certain markets or trims. Availability varies by region and specification.
3. Are digital side mirrors better than traditional mirrors?
Digital side mirrors can provide advantages such as image processing and additional visibility information, but they also depend on cameras and displays and can be affected by glare, fogging, dirt, or electronic issues.
4. Are digitally controlled exterior features available on all trims?
No. Features such as digital mirrors, advanced lighting, and electronically controlled exterior components can be limited to specific trims, optional packages, or particular markets.
5. Are digitally controlled exterior features worth having?
They can be worthwhile when they improve visibility, aerodynamics, lighting communication, or convenience. Buyers should also consider reliability, repair costs, regulations, and whether the feature provides a meaningful benefit in everyday driving.