Evora Magnetic Trickle Charger W/ LED Plate Lights – Lotus Evora

Evora Magnetic Trickle Charger W/ LED Plate Lights – Lotus Evora

€1,00
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Evora Magnetic Trickle Charger W/ LED Plate Lights – Lotus Evora

Evora Magnetic Trickle Charger W/ LED Plate Lights – Lotus Evora

€1,00

3D-printed evora magnetic trickle charger w/ led plate lights made for the Lotus Evora: a simple way to replace a cracked, lost or hard-to-find original part.

About this part

This collection of things replaces the stock license plate festoon light fixtures on all Lotus Evora models, and integrates a magnetic trickle charger connection. The LED COB lighting is significantly brighter than OE incandescent or traditional LED festoon bulbs. This may work on Lotus Elise and Exige models too with some modifications. The complete assembly is a mixture of FDM and resin printed parts, along with some hardware noted below. Print 1 of each, except where indicated: - evora_mag_chrg_top_mag - evora_mag_chrg_top_nomag - 2x evora_mag_chrg_ledcover - print in clear resin - 2x evora_mag_main_contact_fitting - print in black resin (or color of your choosing) - evora_mag_chrg_plug_body - evora_mag_chrg_plug_cap - evora_mag_chrg_plug_dust_boot - print in TPU Hardware needed: - 2 sets of 10mm waterproof magnetic pogo contacts (total of 4 pieces) - choose the 5A rating at a minimum - 6.3mm spade crimp connectors, male and female (2 sets) - 6.3mm spade crimp connectors, male x4 - 2x crimp ring terminals (blue, 14-16awg) - 1x inline fuse holder w/ 10A fuse - White COB LED 12V strip, with cut lines no more than every 25mm apart - 22awg wires for LEDs - CA adhesive (otherwise known as Krazy Glue) - 3M DP270 black potting compound - Misc sizes of heat shrink tubing - 6.5 feet of 16awg 2-conductor parallel wire, silicone insulated Assembly: Solder a small length of 16awg wires onto 1 set of magnetic contacts and shrink wrap over the joints. Place inside one of the contact_fitting parts, ensuring the male and female pieces match the orientation you desire. Tack in place using a bit of CA glue. Slide that assembly into the bottom of evora_mag_chrg_top_mag, aligning the flat with the closest flat edge. Tack in place with a bit of CA glue. Strip ends of these wires and crimp on 1 set of spade connectors (male/female). Fill the contact_fitting with potting compound and set aside to dry. Measure and cut 1 length of LED strip, 2 segments long (the width of the angled mounting pad). Solder 2 22awg wires to LED strip and insert wires through the printed body. Strip ends of these wires and crimp 2x male 6.3mm spade connectors and cover ends with heatshrink tubing. Using a 12v source, test the LED to ensure it works prior to the next step. Place a dab or 2 of potting compound around the base of the LED wires as it exits the back of the fixture and set aside to dry. Once the LED is tested, remove adhesive liner from back and adhere to the angled mounting pad. With your potting compound, run a very small bead around the circumference of the LED area in the "trench", and place one of the clear resin evora_mag_chrg_ledcover pieces over it (the angles should match). Using a small clamp, hold the lens cover down until the potting compound sets. Repeat the previous steps involving the LED on the evora_mag_chrg_top_nomag part. Solder a small length of 16awg wires onto the other set of magnetic contacts. Place inside the other contact_fitting parts, ensuring the mal

Compatible vehicles

  • Lotus Evora

Always compare with your original part before ordering. Fitment can vary by trim level and production date.

Specifications

Part Evora Magnetic Trickle Charger W/ LED Plate Lights
Category Light Covers
Make Lotus
Model Evora
Production 3D printed to order (FDM)
Part number CAT-P04069

How to order

This part is in our catalogue and is printed on request. Send us a request with your vehicle details and we will reply with a price and delivery time.

More Lotus parts

Browse all Lotus replacement parts or search the full 3D-printed car parts catalogue.

Design credit: original design by I Wwwebsite on Thingiverse.

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