BOTPLANNER L5
WHERE PRECISION MEETS ART
COLLABORATION Vendors, suppliers, and integration partners

We’re building—fast.

BOT PLANNER L5 is a fully independent, battery-operated construction robot designed for drywall finishing. The prototype is well-defined and actively progressing—our target is to reach a first functional prototype in ~40–45 days.

Autonomous navigation
Battery operated
Modular tools
Built for job-sites
Modular payload bay
Status: core architecture locked + modules in integration phase. Partner contributions accelerate validation and field readiness.

How collaboration works

This is not a “waiting for help” project—this is an advanced build. Partners add leverage through equipment, data, integration knowledge, and supply continuity.

What we do

  • Integrate components into a unified autonomous platform (mechanical + electrical + software)
  • Validate performance with real workflows: spray → skim → sand
  • Document integration outcomes (power, duty cycle, mounting, serviceability)
  • Produce partner-approved visuals and field content when appropriate

What partners typically provide

  • Equipment availability (loaners or preferred pricing)
  • Integration guidance (best practices, duty-cycle expectations, support notes)
  • Stable supply for prototype iteration and field testing
  • Optional: alignment for showcasing products on the platform

Current collaborators & suppliers

Below are vendors and suppliers contributing components, specifications, or availability that help accelerate the BOT PLANNER L5 prototype. Please click on the Logo to go to suppliers website.

SPRAY PUMPS
GRACO — Mark Series (PRO / PRO XL)

Partner-aligned configurations for evaluation and potential loaner testing.

GRACO system
  • Mark V: 1.35 GPM • Tip 0.039" • 3300 PSI • 2088W / 120V
  • Mark VII: 1.59 GPM • Tip 0.047" • 3300 PSI • 1900W / 230V
  • Mark XV: 2.5 GPM @120V • 2.8 GPM @230V • Tip 0.053" (target)
SPRAY PUMPS
DINO-POWER — X51L (SL)

Baseline 120V option used for early integration and broad site compatibility.

DINO-POWER X51L
  • Model: X51L
  • Flow: 1.35 GPM
  • Tip: 0.037" • Pressure: 3045 PSI
  • Power: 3000W / 120V
SPRAY PUMPS
TALENCO — TL-R750 (SL)

High-flow baseline option for heavier texture and larger tip operation.

TALENCO R750
  • Model: TL-R750
  • Flow: 2.43 GPM
  • Tip: 0.049" • Pressure: 3300 PSI
  • Power: 4000W / 220V
SPRAY GUN
Jingjiang Yanfeng Technology Co., Ltd — ZPQ-8

Automatic airless spray gun (single-acting). Larger material passages can support higher flow applications.

Yanfeng ZPQ-8 automatic airless spray gun
  • Trigger: Single-acting
  • Tip guard thread: 7/8" G thread
  • Hose connection: 1/4" NPT
  • Rated fluid pressure: 5000 PSI
  • Air pressure: 50–200 PSI (min 50 PSI)
  • Mounting holes: 16 mm • Mount opening: 13 mm
  • Supports circulation or non-circulation setups (1/4" port can be used for circulation when configured).
MIRKA SANDING
MIRKA — Sanding + Dust Extraction

Selected for dust-controlled sanding workflows (tool + extractor integration).

Mirka LEROS 950
  • Tool: LEROS 950 (as shown)
  • Dust control: extractor integration (as shown)
  • Specs listed on the configuration page will be finalized after test duty-cycle validation.
BATTERY
HUMSIENK — Battery System (Stackable)

Battery architecture designed for scalable runtime via stacked modules.

Humsienk battery rack
  • Architecture: stack-expandable modules (as shown)
  • Target: sized per sprayer + vacuum + auxiliary loads
  • Run-time depends on measured duty-cycle and field workflows.
INVERTER
ECGSOLAX — Inverter (split-phase)

Selected to support mixed 120V / 240V loads under battery operation.

ECGSOLAX inverter
  • Inverter: 6.2 kW class (as shown)
  • Use: split-phase strategy for sprayer + auxiliary loads
  • Final wiring, thermal, and protection validated in prototype testing.
AIR
VEVOR — Air Compressor

Compressed air support for auxiliary pneumatic needs (prototype).

VEVOR compressor
  • Model: JR550GL4L
  • Power: 120V • 650W (as specified)
ROBOT ARM
FAIRINO — FR10 Robotic Arm

Industrial arm for spraying, skimming, and sanding tool interfaces. End-effector tooling standardized across FR5 / FR10.

FAIRINO FR10 robotic arm
  • Control Box Power Supply: DC 30–60VDC • AC Wide 100–240VAC (50–60Hz) • AC Narrow 176–264VAC (50–60Hz)
  • Consumption: ~350W average • Peak up to 600W
  • Controller I/O: 16 DI (PNP/NPN) • 16 DO (PNP, 0.5A max/ch) • 2 AI (0–10V / 4–20mA) • 2 AO (0–10V / 4–20mA)
  • Tool Flange I/O: 2 DI / 2 DO • 1 AI • 24VDC output (typically 1–2A max)
MOBILITY
Nexus Robot — Mecanum Wheels

Omnidirectional chassis mobility for precise wall tracking and tight-space navigation.

Mecanum wheels
  • Drive: 4× mecanum (as shown)
  • Motion: lateral + diagonal + rotate-in-place
FABRICATION
Huizhou Hefa Electronic Co., Ltd

Metal stamping / fabrication support for prototype and production feasibility.

  • Process: sheet metal / stamping
  • Use: brackets, frames, mounting hardware (as required)
SERVICES
Xometry — Manufacturing Services (optional)

Fast-turn manufacturing services used when speed and iteration are the priority.

  • Use: rapid iteration components
  • Engaged as needed depending on prototype timelines.

Want to be listed as a collaborator?

We can share a partner-ready integration plan, test targets, and a clear scope for validation.

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