GOAT Robotics received the Make in India Excellence Award 2025, presented by DPIIT, Government of India.

How many robots do you need?

Enter your load, distance and trips per hour. The calculator recommends a GOAT robot, estimates fleet size and — if you add costs — the payback period. Free, instant, no sign-up.

Your workflow

Include the container, cart or rack.

kg

From pick-up to drop-off.

m

At peak.

trips/h

Waiting, docking and transfer.

s
h
Adjust assumptions

Accounts for acceleration, turns and traffic.

%

Headroom for peaks and exceptions.

%
Payback (optional)

Salary plus overheads.

INR

From your GOAT quote.

INR
INR

Your estimate

5 × GT-400

Intralogistics carrier, rated 400 kg, 1.2 m/s

Round trip
423 s
Trips per robot per hour
8.5
Trips per day
320
Fleet distance per day
76.8 km

Includes charging time: 8 h runtime, 4 h charge. Autonomous opportunity charging between tasks can reduce the fleet.

How this is calculated
  • The recommended model is the lightest GOAT robot of the selected type rated for your load.
  • Round trip = 2 × distance ÷ (max speed × average-speed factor) + handling time.
  • If daily hours exceed the robot’s runtime, available time is reduced by the charging ratio (runtime ÷ (runtime + charge time)).
  • Robots = trips per hour ÷ (trips per robot per hour × availability × utilisation), rounded up.
  • Payback = (robots × price + integration) ÷ (people × shifts × monthly cost). Shifts = operating hours ÷ 8, rounded up.

This is a first estimate. Traffic, intersections, lifts, doors and charging strategy are modelled during our site assessment.

Uses published specifications from the compare page. Read more on why simulation matters in AMR fleet sizing.

Frequently asked questions

How many AMRs do I need?

Divide the trips you need per hour by the trips one robot can complete per hour, then allow for charging and a utilisation margin. One robot’s trips per hour depend on distance, speed and load/unload time. The calculator above does this with GOAT robot specifications.

How accurate is this estimate?

It is a first-order estimate for planning and budgeting. Our engineers refine it in a site assessment by modelling traffic, intersections, lifts, doors and charging strategy — the same approach described in our article on simulation for fleet sizing.

Why do I need to enter the robot price?

Prices depend on configuration, top modules, integration and quantity, so we don’t publish list prices. Enter the figure from your GOAT quote to see a payback period, or request a quote.

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