Automotive LED replacements aimed at brighter interior and exterior illumination while reducing dashboard warnings. The AGLINT T10 LED Bulbs deliver cool 6500K white light with a 360° multi-chip layout for clearer map, dome and number plate lighting. Will they fit most T10 sockets and remain flicker-free in everyday use?
⚡ At a Glance
- • Light Output: 6500K cool white, approximately 200 lumens per bulb, 360° multi-chip illumination
- • Best for: Drivers wanting brighter interior and number plate lighting without dashboard error codes
- • Not ideal for: Very sensitive vehicles where CANBUS function can be limited for certain positions
Two wedge-style T10 LEDs combine 6 x 7020 and 4 x 3030 chips for wide, even light. Built-in CANBUS circuitry is included to reduce error codes and flicker on most cars.
Brighter, even illumination - with 7020 and 3030 multi-chip and 360° layout
Each bulb houses six 7020 chips and four 3030 chips arranged to provide true 360° light dispersion, reducing hotspots common with single-chip LEDs. Manufacturer claims around three times the brightness of comparable halogen T10 bulbs.
Stronger, whiter light makes reading maps, checking the glove box and illuminating number plates easier at night. Even spread avoids awkward dark patches inside the cabin.
Fewer error codes and reduced flicker - thanks to built-in CANBUS compatibility
Integrated CANBUS circuitry has been designed to work with roughly 95% of vehicle electrical systems to suppress false bulb failure warnings and radio interference. The CANBUS function may be limited on a small number of sensitive vehicles when used as number plate or position lights.
Installation is less likely to trigger dashboard warnings or flicker on most cars, making a straightforward swap from halogen a more reliable upgrade. Expect cleaner diagnostics after fitting the bulbs.
Improved reliability and thermal management - with an alloy aircraft aluminium heat sink
An all-alloy aircraft aluminium heat sink and hollow inner design channel heat away from LED components to lower operating temperature. Reduced thermal stress helps maintain luminous output and component life.
Longer service life and steadier brightness reduce the frequency of replacements. The robust heat-sink design is particularly useful for bulbs used continuously in dome or marker positions.
✨ The 4 Key Reasons for AGLINT T10 LED Bulbs
- CANBUS Compatible - Prevents error codes and reduces dashboard warning lights
- 6500K Cool White - Delivers crisp daylight-colour illumination for maps and number plates
- 360° Multi-Chip Design - Even spread eliminates dark spots in dome and map lights
- Alloy Heat Sink - Improved heat dissipation extends bulb lifespan and reliability
📋 Technical Details at a Glance
- Category: Automotive LED Bulb
- Type: T10 / W5W wedge-style
- Compatible Sockets: 194, W5W, 2825, 168, 175, 147, 152, 158, 159, 161, 184, etc.
- Voltage: 12V DC
- Wattage: 2.6W per bulb
❓ Frequently Asked Questions
Q: Will these bulbs fit my car's T10 sockets?
A: They are direct replacements for common wedge-type T10 sockets such as 194, W5W, 2825, 168 and several others; the non-polarity design allows simple plug-and-play installation.
Q: Will they trigger CANBUS errors or flicker?
A: Built-in CANBUS circuitry is compatible with around 95% of vehicles to help prevent error codes and flicker, though the CANBUS function may be limited on a small number of sensitive cars for number plate or position light applications.
Q: How bright and what colour are they?
A: Each bulb produces roughly 200 lumens at a 6500K cool white colour temperature, with a multi-chip layout that the manufacturer says is about three times brighter than standard halogen T10 bulbs.
🏆 Our Verdict
Suitable for drivers who want a brighter, whiter upgrade for interior and exterior T10 fittings with minimal fuss. The combination of multi-chip 360° illumination, CANBUS compatibility and a robust aluminium heat sink makes for more reliable, even lighting. Durable construction and error-free operation suggest strong long-term value for regular use.
