RoboVito Banner
Personal Robotics Intelligence

RoboVito.com
The Rise of Personal Robots

This premium domain is for sale — available via auction.

$50B
Global robotics market size in 2025
↑ 11% YoY
$34.2B
Personal robots market value in 2025
14.8% CAGR
$111B
Projected global robotics market by 2030
14% CAGR
13M
Robots expected in circulation by 2030
Worldwide
Market Segments
Where the Growth Lives
From cleaning bots to humanoid companions, the personal robotics market is diversifying faster than ever.
🏠
58%
Household Work Robots
Vacuum cleaners and domestic bots dominate the personal robot landscape, accounting for over half of all revenue in 2024.
🤖
29.5%
Humanoid Robots CAGR
Bipedal humanoid robots are the fastest-growing category through 2030 as balance control and AI reasoning mature rapidly.
👴
24%
Elderly & Handicap Assist CAGR
Aging populations worldwide are driving explosive demand for companion and assistive care robots.
🧹
70%
Vacuum Cleaners Dominate
Robotic vacuum cleaners account for nearly 70% of all domestic robot sales worldwide.
🩺
27%
Medical Robotics Share
The medical sector is projected to hold over a quarter of the global robotics market in 2025.
💰
$158K
Avg. Humanoid Robot Cost
The average selling price of a humanoid robot is $158,400 — the most expensive category on the market today.
Recent Milestones
Key Developments
Major industry moves shaping the future of personal and humanoid robotics.
FEB 2025
Apptronik Raises $350M Series A
Texas-based humanoid robot developer secures massive funding, signaling surging investor appetite in the humanoid space.
FEB 2025
Bank of America: 1M Humanoids by 2030–35
Analysts project humanoid robot shipments will grow from 18,000 units in 2025 to one million per year within a decade.
MAR 2025
Figure AI Home Trials Begin
Figure AI fast-tracks home alpha testing two years ahead of schedule, leveraging breakthroughs in its Helix AI platform.
2025
Figure AI Seeks $39.5B Valuation
A 15× increase from its prior valuation — reflecting the explosive VC confidence in humanoid robotics.