Besides color temperature, what other factors can affect the lighting effect of motorcycle spotlights?
Power and brightness: The brightness of a spotlight is directly proportional to its power, with a higher power typically resulting in a brightness increase of 30. However, brightness is also affected by the efficiency of the lamp beads, and different lamp beads may have different brightness performances even if they have the same power.
Lamp bead type: The quality of LED lamp beads used has a significant impact on brightness. For example, CREE's XHP70.2 beads may have a brightness 30% higher than other types of beads at the same power.
Lens and reflector cup: Spotlights with lenses can provide better light focusing effect and wider illumination range, while reducing glare on other vehicles by 40%.
Heat dissipation performance: Good heat dissipation design can ensure that the spotlight maintains stable brightness during long-term use, avoiding performance degradation or damage caused by overheating.
Waterproof performance: Good waterproof performance ensures that the spotlight can work normally even in harsh weather conditions.
Installation angle: The installation angle of spotlights can affect the distribution of light and lighting effect, and an appropriate installation angle can improve the paving effect.
Line design: Reasonable line design and power management can ensure stable operation of spotlights and avoid damage to the vehicle's electrical system due to line overload.
Usage mode: Spotlights may have different usage modes, such as constant light, burst flash, etc. The appropriate usage mode can provide better lighting or warning effects in different situations.
Brand and Quality: Choosing well-known brands and quality assured spotlight products can ensure the performance and durability of spotlights.
Compliance with regulations: In some regions, the modification of motorcycle spotlights may be restricted by regulations, and it is necessary to ensure that the modified spotlights comply with local traffic regulations.
