AIRU 01 — Product, V1 and Pitch

Core product thesis, proof-stage scope, evidence objects, roles and pitch language for AIRU V1.

What is AIRU?

A proof-stage concept for a quiet, intelligent, aesthetically restrained cordless stick vacuum designed to make cleaning feel calmer and easier.

What does V1 mean for AIRU?

The first proof prototype. It is a collection of credible demonstrations, not a finished or production-ready vacuum.

AIRU's core principle: proof before promise

Every major pitch claim should point to a physical artifact, controlled test, live interaction, or documented next validation step.

What three builds converge into AIRU V1?

A live electronics demonstration, a motor-isolation proof rig, and a 3D-printed presentation shell with visible internal cutaways.

What customer frictions does AIRU target?

Acoustic intrusion from loud cleaning, visual intrusion from industrial-looking products, and messy contact during emptying or maintenance.

Quiet architecture

A layered approach combining motor isolation, smoother airflow passages, distributed exhaust, and reduced brush/floor noise.

Live intelligence

An ESP32 uses dust-sensor readings and simple rules to drive visible display feedback such as DUST DETECTED.

Easy service

A design goal in which the dustbin, filter tray, and internal modules can be accessed, emptied, or replaced with minimal contact and tools.

Display-worthy form

A warm, minimal exterior intended to belong visibly in a home rather than look like equipment that must be hidden.

What is AIRU V1's strongest technical evidence?

A controlled comparison of rigid and floating motor mounts showing whether structural vibration noise is reduced.

What is AIRU V1's strongest live interaction?

A dust sensor crosses a sustained threshold, the ESP32 applies the rule, and the TFT displays a clear alert.

What is AIRU V1's UV demonstration?

Visible violet LEDs show the intended location and user experience only. They make no sterilization claim.

What is the role of the printed shell?

It makes the product form visible, organizes interfaces, and carries removable cutaway modules; it is not proof of final vacuum performance.

Why use removable cutaways?

They let judges trace the intake, maze, motor pod, filter path, muffler, and controls instead of trusting invisible claims.

What four objects should AIRU bring to a competition?

The printed shell, removable mechanism cutaways, an A/B noise test card or video, and the live ESP32 display demo.

Target vs measured result

A target is a desired future performance level; a measured result is evidence collected under a documented test. AIRU must label them separately.

Which product specifications are still targets?

Examples include ≤68 dBA noise, 18–22 kPa suction, under 2.5 kg weight, and 30–45 minutes Eco runtime. V1 has not validated them as an integrated product.

Why is AIRU's V1 intelligence not machine learning?

It uses sensor thresholds and rule-based logic. This is achievable and honest without claiming a trained AI model or large dataset.

How do Korea and Mexico builds remain comparable?

Both founders should use the same approved files, interfaces, BOM rules, motor-speed settings, and test protocol even if local suppliers differ.

Aden's primary AIRU role

Strategy, presenting, electronics, measurement, external communication, and coordinating evidence and decisions.

Liam's primary AIRU role

Product form, visual language, shell design, sketches, UI/UX direction, and fit-and-finish decisions.

Yaroslav's correct V1 role

A scoped embedded-systems reviewer for power, wiring, ESP32, sensing, BLE, BOM substitutions, and bench-test risks—not AIRU's acoustic or mechanical authority.

What is the current proof-sprint budget ceiling?

Approximately US$1,100 in the component plan. The shell print is the largest variable and free or low-cost printing has the highest leverage.

What is AIRU's spending rule?

Spend first on objects that make the pitch visible or measurable: shell path, core electronics, and the silencing proof rig.

Give a defensible one-sentence AIRU pitch

AIRU is building a quiet, intelligent, display-worthy vacuum concept and using a physical shell, live sensor demo, and controlled vibration-isolation test to replace assumptions with evidence.