- Low Beam: Lumen: 500 lumen, 230 lux
- Wattage: 8 W
- Signature daytime running light with sensor: 4.5 W, 32 Power LEDs
- Input voltage: 6 V DC
- Illuminant: 3 Automotive LEDs
- Cable length: 1070 mm
- L x W x H: 67 x 87 x 57.5 mm
- Weight: 220 g
- Colour: Anodised Aluminium Polished Black
- Warranty: 3 years
Please note: You will need to order your mounting bracket and cables as required for your set up. These are not supplied as standard due to the range of options available.
- Number of high precision LED: 3
- Overall luminous flux (light output): 500 Lumen
- Max luminous intensity at 10m: 230 Lux
- Operating voltage: 6 V
- Power consumption daytime running light: 4.5 W
- Power consumption low beam: 8 W
- Automatic sensor activated daytime running light: Yes
- Brake signal processing directly from brake lever: Yes
- CNC machined and anodized aluminium: Yes
- Tempered, anti reflex and shatterproof front glass: Yes
- IP67 waterproof: Yes
M99 PURE front light for 6 Volt DC voltage. ECE 113C compliant low beam, with ECE 87 daytime running light. The M99 PURE offers a 500 lumen low beam that is much brighter than all previous lights. It is compatible with many current drive systems. The heart of these lights is an LED matrix that is adjusted precisely to work with a highly complex tessellated lens. This light meets the European regulations for fast E-Bikes, in fact the M99 surpasses the technical requirements of EU regulations by up to 80%.
This model is for Fast E-Bikes at 45 km/h with L-class e.g., L1e approval. For night time it offers 230 lux light output and during the day the signature daytime running light keeps other road users aware that you are there and approaching quickly. The E3 rear lights can be run in conjunction with this front light.
The Matrix Mirror Technology:
The carefully balanced combination of 99 separately calculated mirrors with the LED matrix was achieved in a highly complex development project. Only by using up to 9 automotive LEDs of the latest generation that can be regulated intelligently - in combination with multiple, complex computer calculated concave and convex catoptric facets of the mirror - was it possible to create this pioneering new product.
Adaptive Low Beam:
When the intelligent electronics of the M99 are connected to the main controller on a modern E-Bike the flexibility of the LED matrix can be used to adapt the beam shape to the riding speed. This speed controlled adaptive beam follows the focal point of the rider and extends the illumination of the road ahead at higher speeds while simultaneously increasing the near field illumination for better peripheral vision.
Automotive Daytime Running Light:
The signature of the M99 daytime running light solves a special problem of e-bikes: to drivers and other cyclists, the relaxed posture and slow pedaling frequency of the e-bike rider are often interpreted as signs of a slowly moving cyclist, which can create dangerous situations. The two distinct and extremely bright arcs of the daytime running light are visible from afar and make it obvious that a fast vehicle is approaching.
Flexible Eco Mode:
The M99 headlight is designed for the highest energy efficiency and offers a wealth of intelligent energy saving modes that can be activated. By adapting the illumination to the riding situation, the Eco mode saves up to 50% energy in typical city traffic or in difficult terrain, without the rider having to do anything.
Intelligent Brake Buffer (IBB):
The Intelligent Brake Buffer (IBB) software ensures that even in eco mode slowly ridden switchbacks or difficult sections are illuminated with full intensity of the low beam for up to ten seconds. At traffic lights or during longer breaks, the IBB software recognises the situation and switches to eco mode. As soon as the speed increases the light automatically gets brighter.
Ice Cold Calculation - High Tech Cooling Technology:
The brightness of the M99 system breaks all records and could only be achieved with the sophisticated Supernova cooling of the high power automotive LED matrix. Supernova has applied ten years of knowledge and experience with LED lights into the development of these LEDs. The electronics and the housing have been optimised through careful selection of the right materials based on complex heat dissipation simulations to allow the LEDs to work with the best possible efficiency even at full power. The seamless once piece aluminium housing abstracts heat without interruption.
The form of the cooling fins has been computer calculated to take advantage of an increased chimey effect to dissipate the heat of the LEDs effectively. In extreme conditions and integrated heat sensor regulates the light automatically with the help of a patent pending algorithm that keeps it at an ideal temperature level.