Supernova Mini 3 Pro e-bike headlight

The Mini 3 Pro headlight from Supernova for e-bikes offers low beam, the new daytime running mode and an even brighter high beam!

Included in the package:

• Mini 3 Pro headlight with cable
• High beam button for operating the high beam (glows blue when high beam is on)
• MSH22 high beam button mount
• POWER CONNECTOR CABLE - Bosch (cable length: 1,300 mm, with Bosch plug, additional connectors available separately)
• Please order the appropriate mount!

Supernova Mini 3 Pro E-Bike-25 Lamp Specifications and Dimensions:

• 12 V DC
• Pre-forged and CNC-machined aluminium housing
• High beam 21 W: Up to 1,200 lm, 190 lx, 21 W (programmable)
• High beam 12 W: 650 lm, 140 lx, 12 W
• Low beam: 450 lm, 110 lx, 7.5 W
• Daytime running mode: New daytime running mode (2.2 W power consumption) with a distinctive light signature controlled by a light sensor located directly behind the lens.
• Optics: Terraflux 5 lens
• Cable length: 110 mm to high beam connector, 100 mm to power connector + 1300 mm power connector cable – Bosch Smart System
• Housing dimensions: 55 x 43 x 43 mm
• Weight: 70 grams (manufacturer’s specification)

Supernova Mini 3 Pro

Now with optional 21W mode for even more power in high beam!

No other headlight system for e-bikes of a comparable size offers such a homogeneous beam of approximately 10 m width – thanks to innovative lens technology based on 200 micro-optics. The light guides integrated into the front ring of the MINI 3 PRO generate a highly visible daytime running light. The innovative automatic light control system anticipates changes in brightness to automatically switch between dipped and daytime running lights. The high beam now delivers up to 1200 lm and 190 lx in the new, optionally programmable 21 W mode, whilst the dipped beam is almost twice as bright as on the predecessor model, the MINI 2 PRO.

Terralux 5 lens

TERRAFLUX 5 technology ensures powerful yet eye-friendly illumination. The wide beam pattern provides excellent illumination – in the near field as well as to the sides and towards the horizon. An increased beam angle allows the light to cover the outer edges of the illuminated area even better, thereby illuminating bends more brightly. Thanks to the smooth transitions, however, the light is distributed very evenly and is comfortable for the eyes.The improved performance across all areas compared to earlier TERRAFLUX models is achieved by 200 high-precision micro-optics. These form part of a main lens, which is integrated with further lenses into a multi-stage optical system. Only in this way can the light from the LED emitters be optimally distributed to the desired areas of use.

Aluminium housing

For our housings, we use aerospace-grade aluminium because it is not only extremely sturdy but also has excellent thermal conductivity. The better the cooling, the brighter the LED. Cooling fins on the housings increase the surface area, allowing heat to be dissipated more effectively. Furthermore, the housings are salt-water-resistant anodised and can withstand the harshest conditions. Extreme tests carried out in all seasons and climate zones by ultracycling athletes using Supernova lighting demonstrate its outstanding reliability and durability.

LED Cooling

Maximum performance with the best possible efficiency is our credo. The enormous brightness levels of our headlight systems can only be achieved through sophisticated cooling of the high-performance LEDs. Because: the better an LED is cooled, the brighter it shines. Good cooling also significantly extends the service life. Careful material selection and sophisticated design are among the most important prerequisites for ideal heat dissipation. Completely uninterrupted heat dissipation can, for example, only be achieved through a housing seamlessly manufactured from a single piece of aluminium. In extreme situations, an integrated heat sensor also ensures the spotlight always remains within the optimum temperature range. Through computationally intensive computer simulations, our engineers identify the most suitable method for dissipating heat from the LEDs at an early stage.

Herstellerinformation: SUPERNOVA, Industriestraße 26, 79194 Gundelfingen, Germany, https://supernova-design.com