with E-approval| Light source | LED HighPower headlamp Ø143 mm with high beam, low beam and position light |
|---|---|
| Approval | E9 approved headlight - road-legal when correctly installed |
| Luminosity | approx. 1,300 lumens - light output similar to a 100 W halogen headlight |
| Energy requirement | only approx. 21.5 W high beam / 15 W low beam - reduces the load on the alternator |
| On-board power supply | 12 V DC (direct current) - battery or equivalent DC source absolutely necessary |
| Installation | Mounting frame kit for Vespa PX steering head is required (MN1101FR, see accessories) or alternatively as a complete set (MN1101KT) |
| Additional function | Separately switchable position light / daytime running light |
E9 road approval approx. 1,300 lumens 12 V DC (with battery) only approx. 21.5 W incl. conversion frame High beam, low beam and position light
The MOTO NOSTRA LED HighPower headlight brings modern lighting technology to the classic Vespa PX steering head. A mounting frame kit (MN1101FR) is required for installation, allowing the headlight to fit perfectly into the original mount and simply replace the standard Bilux headlight.
The integrated LED unit provides high and low beam as well as a separately switchable position light. The light pattern is clearly contoured and the illumination of the road is significantly better than with conventional 45/45 W Bilux lamps - with significantly lower power consumption.
In practice, classic PX ignitions usually deliver between 80 and 120 W total power. Conventional 45/45 W headlight lamps use a large proportion of this, but their luminous intensity remains below 400 lumens. With around 1,300 lumens, the LED HighPower headlamp achieves more than three times the luminosity, roughly equivalent to a conventional 100 W headlamp, and only requires around 20-22 W to do so. This leaves more reserve in the vehicle electrical system for indicators, brake lights, charging sockets or other consumers.
The scope of delivery includes a specially adapted conversion frame and side brackets with which the headlight is screwed into the PX steering head. The installation is based on the illustrated instructions: prepare the side brackets with box nuts, attach them correctly aligned ("TOP" marking) to the headlight, insert the frame from the front and screw it into the adjustment rail. Then adjust the headlight range and finally tighten all screws.
The LED headlight works exclusively with 12 V direct current (DC). It requires a battery or an equivalent 12 V DC source. Operation on an alternating current (AC) source will inevitably cause the headlamp to malfunction - direct connection to conventional AC lighting circuits is therefore taboo.
The connections have a classic structure: Ground, low beam, high beam and position/daytime running light are connected as separate lines. In an existing DC vehicle electrical system (e.g. old PX with battery or PX Lusso/Disc with electric starter), the headlight can be connected to the existing 12 V battery harness as soon as the wiring harness has been adapted accordingly.
The MOTO NOSTRA LED HighPower headlight is consistently designed for DC operation. It may only be operated from a 12 V battery or an equivalent 12 V DC source. Connection to alternating current (AC) - e.g. directly to an original, unregulated light coil - will result in immediate damage to the headlight.
Before fitting, it is therefore always necessary to check whether the vehicle already has a DC circuit with battery or can be converted accordingly.
Many old German PX models have a battery ex works, for example for indicators and parking lights. In these vehicles, the LED headlight can be connected to the existing 12 V DC circuit. The wiring harness must be adapted so that the driving light is no longer supplied directly from the AC light coil, but from the battery/regulator circuit. In practice, it is usually sufficient to connect the headlight to the positive ignition circuit and adjust the fuse protection.
PX Lusso and PX Disc models with electric starter already have an on-board electrical system with clearly separated AC and DC circuits. Here, the headlight can be integrated relatively easily by reconnecting the driving light to the existing DC circuit. In many conversions, the standard wiring harness is slightly modified or a PX 98/MY wiring harness is used as the basis for a "fully DC" system. Proper ground routing, correct fusing and sufficiently dimensioned cables are mandatory.
Scooters without a battery require a retrofitted DC on-board power supply to operate the LED headlight. Typical solutions are a DC-based alternator/ignition (e.g. VAPE or similar systems) in conjunction with a full-wave regulator and a battery. In many cases, an adapted or completely new wiring harness makes sense in order to create a clean DC circuit for lights, indicators, horn and additional consumers.
Practical examples and wiring diagrams for PX Lusso "full DC" conversions with battery and modern ignition are documented in the German Scooter Forum. Among other things, ground-free stators, suitable DC regulators (e.g. BGM PRO Wassell/PODtronic) and the design of fuses and cable cross-sections are discussed there.
| Lighting technology | LED HighPower module with E9 marking |
|---|---|
| Rated voltage | 12 V DC (direct current) |
| Luminosity | approx. 1,300 lumens |
| Power consumption | approx. 1.8 A high beam / 1.3 A low beam |
| Power consumption | approx. 21.5 W high beam / 15 W low beam / 1.9 W position light |
| Light diameter | Ø143 mm |
| Body depth | approx. 54 mm (from headlight ring, without glass curvature) |
| Total installation depth | approx. 79 mm (from headlight ring, without glass curvature, with cable feed) |
| Mounting | Conversion frame and side brackets for Vespa PX included in scope of delivery |
| black | Ground (terminal 31) |
|---|---|
| white | Low beam (terminal 56b) |
| Red | High beam (terminal 56a) |
| Green | Position and daytime running light (terminal 57a) |
For a quick impression of installation, light image and practical operation, additional videos are available: