M99 MINI PRO (45 km / h)
M99 MINI PRO (45 km / h)
M99 MINI PRO (45 km / h)
M99 MINI PRO (45 km / h)
M99 MINI PRO (45 km / h)
M99 MINI PRO (45 km / h)

In Stock

M99 MINI PRO (45 km / h)

€349,00  

The SUPERNOVA M99 MINI PRO 45 is based on M99 technology and is extremely bright for its size. The mirror surface, polished to perfection with a diamond, reflects the outstanding luminosity of 10 automotive LEDs, achieving a high beam that radiates over 300 m. The absolutely homogeneous low beam guarantees maximum safety at any speed and in any environment. Sensor-controlled LED dimming and a perfectly shaped aluminum housing provide optimal cooling. This ensures maximum efficiency and an unusually long service life.

Our service promise: 5 years warranty and at least 10 years of repairability for all lighting systems!

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12 V DC

High beam: 1,300 lm, 270 lx, 16 W

Low beam: 700 lm, 250 lx, 8.6 W

Optics: M99 Matrix Reflector

Material: Anodized aluminum, matte black

Housing dimensions: 38 x 78 x 50 mm

Weight: 120 g (incl. high beam switch, without cable)

Cable length: With SUPERNOVA Power Connector System, 100mm to the connector & 110 mm to the high beam connector.

Warranty: 3 years

Including magnetic high beam switch (cable length: 212 mm, with micro gold plug), bracket for decentralized handlebar clamp, ø 22.0 mm and POWER CONNECTOR CABLE - Bosch (cable length: 1,300 mm, with Bosch plug)

• Front light
• High beam switch
• MSH22 high beam switch bracket
• POWER CONNECTOR CABLE - Bosch Gen.1-4 (more connection cables under accessories)

ILLUMINATION PICTURES

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High beam

1,200 Lumen, 270 Lux

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Low beam

700 lumens, 250 lux

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SUPERNOVA HIGH BEAM

As the first manufacturer, Supernova launched a legally approved high beam for bicycles. The high beam is one of the most important innovations in the bicycle lighting industry since the new German road code legislation. The high beam offers, in addition to the excellent range, a great illumination which increases the safety of riders significantly. Now, approved bicycle lights offer illumination for difficult terrain, and the cyclist can more quickly perceive hanging branches, signs, junctions or poorly visible pedestrians - no matter how steep and winding the trail is! Our Supernova high beam has an extremely wide beam angle. This ensures excellent visibility of the surroundings.

THE ADVANTAGE OF HIGH BEAMS WHEN ILLUMINATING CURVES

Supernova uses a special high beam with an extra-large aperture angle, which provides light above the central light cone for improved illumination so that signs or hanging branches are much more visible. Standard front lights have a low beam that tilts to the side when cornering so that an essential part of the curve is no longer illuminated. The greatly increased luminosity of the Supernova high beam radiates far beyond the glare horizon and creates an excellent view of curves. This results in a much-improved illumination of the trail when cornering. Thus there is an enormous gain in safety for the cyclist.

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Low beam

High beam

HIGH BEAM CAN COMPENSATE WHEN THE SUSPENSION FORK DIPS

MTBs are known to have a particular problem:  Because suspensions have a long travel and dip when you brake, the range of the front light can be reduced up to 90%. Supernova’s special high beam is optimized so that a lot of light is available above the cut-off line, so that the fork movement is compensated and the view of the path is maintained. When you ride through the city traffic to get to the trail, you can ride with the glare-free low beam. As soon as needed, you can switch on the high beam at the touch of a button.

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Not not dipped suspension fork

Dipped suspension fork

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M99 MATRIX MIRROR

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M99 MATRIX MIRROR

The future is now! Based on scientific research by the Lichttechnical Institute at KIT and funded by the German Federal Ministry for Economic Affairs and Energy, the M99 introduced a lighting technology that sets completely new standards in bicycle lighting. An LED matrix, controlled intelligently and combined with a highly complex facetted mirror consisting of 99 individually calculated surfaces, is designed for unprecedented brilliance. After years of development, it has thus become possible for the first time to pack highly potent automotive technology into the miniature format of a bicycle front light.

The future is now! Based on scientific research by the Lichttechnical Institute at KIT and funded by the German Federal Ministry for Economic Affairs and Energy, the M99 introduced a lighting technology that sets completely new standards in bicycle lighting. An LED matrix, controlled intelligently and combined with a highly complex facetted mirror consisting of 99 individually calculated surfaces, is designed for unprecedented brilliance. After years of development, it has thus become possible for the first time to pack highly potent automotive technology into the miniature format of a bicycle front light.

ALUMINUM HOUSING

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ALUMINUM HOUSING

We use aerospace aluminum for our housings because it is not only super strong but also has the best heat conduction properties. The better the cooling, the brighter the LED. In addition, the housings are anodized, salt water-resistant, and defy the most adverse conditions. Extreme tests in all seasons and climates by ultracycling athletes on the road with SUPERNOVA lighting prove their outstanding reliability and durability.

We use aerospace aluminum for our housings because it is not only super strong but also has the best heat conduction properties. The better the cooling, the brighter the LED. In addition, the housings are anodized, salt water-resistant, and defy the most adverse conditions. Extreme tests in all seasons and climates by ultracycling athletes on the road with SUPERNOVA lighting prove their outstanding reliability and durability.

LED COOLING

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LED COOLING

We believe in high performance with the best possible efficiency. Cooling extends the service life significantly. The most important prerequisites for an ideal heat dissipation include a careful choice of material and sophisticated construction. For example, completely uninterrupted heat dissipation can only be obtained by a housing that is made seamlessly from a single piece of aluminum. In extreme situations, integrated heat sensors keep the headlight in an optimum temperature range. With extensive computer simulations, our engineers continue to find the most appropriate way to derive the heat from the LEDs. Our more than 20 years of experience with LED front lights comes into its own here.

We believe in high performance with the best possible efficiency. Cooling extends the service life significantly. The most important prerequisites for an ideal heat dissipation include a careful choice of material and sophisticated construction. For example, completely uninterrupted heat dissipation can only be obtained by a housing that is made seamlessly from a single piece of aluminum. In extreme situations, integrated heat sensors keep the headlight in an optimum temperature range. With extensive computer simulations, our engineers continue to find the most appropriate way to derive the heat from the LEDs. Our more than 20 years of experience with LED front lights comes into its own here.

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SUITABLE PRODUCTS

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Products with a long service life, up to 5 years warranty

All products come with CO2 neutral shipping

PVC free products and avoidance of plastic waste

Eco-electricity & wind gas from Greenpeace Energy

Created by potrace 1.16, written by Peter Selinger 2001-2019

Fleet consists of E-vehicles or wheels

Environmental - Food Materials & Recyclable Packaging