24 24 Hundred Project Independent hardware build fund Chip in $20

2,400 backers · $20 each · one hardware build fund

Help build the next weird machine.

The 24 Hundred Project is a public build fund for independent electronics: custom boards, embedded displays, sensor rigs, signal tools, motor-control experiments, firmware, and the ugly prototype work that turns ideas into hardware.

2,400 backers
$20 one-time support
$48k parts, boards, tools, docs
24 Hundred Project supporter graphic with a radio-style hardware device
Build Fund Goal $48,000 2,400 × $20

Start here

The pitch, without the circus music.

A simple ask: chip in $20, help fund the next round of hardware builds, and follow the work as it moves from bench chaos to finished machines.

Main pitch

2,400 people. $20 each. Real hardware.

The money goes toward parts, PCB runs, displays, sensors, enclosures, tools, testing, firmware, hosting, and public build documentation.

Workbench receipt

This is not vaporware in a hoodie.

The project is built around visible progress: photos, video, boards, wiring, failed attempts, fixes, and the proof that something is actually being made.

Ashen Amber hardware concept frame
Ashen Amber

Signal instrument / smart spirit-box concept

A weird signal-device build with RF/EMF-style behavior, dashboard ideas, embedded interface work, and field-device energy.

Breadboard electronics prototype

Breadboard tests

Early circuits, modules, sensors, and the messy middle where bad ideas die before they cost more money.

Custom PCB layout

PCB work

Board layouts, keypads, controller platforms, revisions, soldering, and the grind between schematic and physical object.

Embedded controller board concept

Embedded systems

ESP32-style controllers, Wi-Fi/BLE tools, sensor dashboards, local web UIs, and small machines that stand on their own.

Electronics workbench build

Build logs

Photos, notes, fixes, wiring diagrams, videos, failures, and enough evidence to keep the whole thing honest.

Where the $20 goes

Small support becomes build momentum.

A single $20 does not magically build a lab. A few thousand $20 backers turns into parts, boards, tests, tools, and the runway to finish things publicly.

Partsmicrocontrollers, sensors, radios, displays, connectors, modules
PCB runsprototype boards, revisions, test boards, solder stencils, assembly supplies
Toolsmeters, fixtures, cables, soldering supplies, bench hardware, test gear
Enclosures3D prints, panels, fasteners, finishing materials, cases, mounting hardware
Softwarefirmware, APIs, dashboards, hosting, data logging, web interfaces
Documentationphotos, build logs, diagrams, guides, video updates, launch material

First operational milestone

Get the first 200 backers. Then build in public.

The full target is 2,400 supporters. The first practical checkpoint is 200 supporters: enough momentum to push a focused build sprint, document the parts list, and show the next round of hardware progress.

Goal: 2,400 backers First checkpoint: 200 backers
Become one of the 2,400

Project network

The machines crawling out of the shop.

The build fund supports the broader ecosystem: signal devices, boards, mesh ideas, motor-control work, service concepts, and public project experiments.

No fine-print fog machine

Clean answers before the button.

Is this an investment?

No. This is direct support for independent project development. It is not equity, stock, debt, a loan, or a promise of financial return.

Is this a preorder?

No. Your $20 supports the work. It does not guarantee a finished product, delivery date, or commercial launch.

What happens if the full $48k is not reached?

The project still moves forward in smaller build sprints. The first useful checkpoint is 200 supporters, then the work scales from there.

Why $20?

It is small enough for regular people to back, but meaningful when multiplied. The entire model is simple: 2,400 people times $20.

The clean version

Chip in $20. Help build the next weird machine.

If this works, it proves a useful thing: independent builders can fund real hardware directly, in public, without waiting for investors, algorithms, or permission.

Chip in $20
Back the build $20