The KLF – The White Room – Trancentral Speaker Stack USB 2.0 or USB 3.0 Thumb Drive 16Gb / 32Gb – 3D Printed to Order – Individual Serial Numbers

Description

UPDATED 2024 Model – Complete Internal Redesign

This is the custom-designed 3D Printed ‘To Order’ Trancentral Speaker Stack 16GB of 32Gb USB Drive, hand modelled in Blender, based on source photos from the Album, The White Room by The KLF.

* This is NOT a Media Player*

4 faithfully reproduced partial angled inset speakers, with one missing speaker. 2 colour 3D Printed warning tape, printed in white and red PLA. All items printed individually and then assembled and glued after printing.

Each piece is individually numbered on the back of the base speaker.

Integrated 16gb USB 2.0 or 16gb USB 3.0 snap-fitted into place. Simply separate the top speakers from the bottom speakers to reveal the USB plug. Designed to fit most laptops.

Dimensions: (Kootion Drive)

• With Cap (top speakers)
• 62mm – Height
• 40mm – Width – At widest point (21mm at narrowest)
• 24mm  – Depth

Dimensions (Kioxia Drive)

• With Cap (top speakers)
• 69mm – Height
• 45mm – Width – At widest point
• 25mm – Depth

USB 2.0 Thumb drive Specs:

• Kootion USB 2.0 Stick (New in the pack at the time of assembly)
• 16GB
• 18MB/s
• USB 2.0

USB 3.0 (16Gb/32Gb) Thumb Drive Specs:

• Kootion USB 3.0 Stick (New in the pack at the time of assembly)
• 16GB/32GB
• 50MB/s
• USB 3.0

USB 3.0 (32Gb) Thumb Drive Specs:

• Kioxia 32GB TransMemory (New in the pack at the time of assembly)
• 32GB
• 150MB/s
• USB 3.2 Gen 1

VERY IMPORTANT:
This item is made to order.
This is NOT a media player, it is a USB Drive in a custom case.
Print times are listed above.
3D Printing can be slow, please be patient, we will keep you posted.

Note: Due to the manufacturing process, the item should not be placed near heat or moisture.

*PLA – Polylactic Acid
Polylactic acid (PLA) is a type of plastic that is used in building models and prototypes of solid objects and components. It is a thermoplastic polyester that serves as the raw material in 3-D printing or additive manufacturing processes and applications.

Polylactic acid is primarily created using renewable or green sources such as sugar cane, starch and corn. As a result, it can easily be recycled. It is used in most additive manufacturing processes that design 3-D models and prototypes through plastic-based materials. In fused deposition modelling (FDM) technology, the molten polymer filament, which is extruded from the controller nozzle, is polylactic acid.