Robotics in Manufacturing
KUKA6-axis industrial

KUKA KR 500 FORTEC

Very heavy payload robot for large component handling

The KR 500 FORTEC is built to move loads up to 500 kg, covering jobs like engine block handling, large casting transfer, and heavy palletizing. Its FORTEC frame trades some reach for extra stiffness under load.

J1J2J3J4J5MAX REACH2826 mmPAYLOAD500 kgREPEATABILITY±0.08 mm
KINEMATIC SCHEMATIC6 DOF · SERIAL LINKAGE
Payload
500 kg
Reach
2,826 mm
Repeatability
±0.08 mm
Axes
6

Specifications

Manufacturer-class reference figures

Brand
KUKA
Class
6-axis industrial
Payload
500 kg
Reach
2826 mm
Repeatability
±0.08 mm
Axes
6
Robot mass
2385 kg
Protection
IP65
Controller
KR C5
Introduced
Not confirmed
Mounting
Floor

Strengths & trade-offs

Strengths

  • Very high payload capacity
  • Stiff frame holds accuracy under heavy load
  • Suited to multi shift heavy industry use
  • Wide range of end of arm tooling support

Consider

  • Large footprint and mass need dedicated foundation work
  • Not intended for light or high speed tasks

In the field

How this arm shows up on real lines

The KR 500 FORTEC is KUKA's very heavy six-axis, built for large-component handling. It moves a 500 kg payload out to a 2826 mm reach across six axes, and holds 0.08 mm repeatability. At 2385 kg, it's a machine you plan a cell around from the start.

The work follows the payload. KUKA aims it at material-handling, palletizing, and press-tending, where parts run big and heavy. Engine-block handling, large-casting transfer, and heavy stacks are the loads it's positioned for.

At this scale that 0.08 mm repeatability is the figure that earns its keep, since a heavy arm still has to set each load in the same spot cycle after cycle. In palletizing that consistency keeps stacks square, and in press-tending it keeps parts seated in the die.

Mounting is floor only, and at that mass the base wants dedicated foundation work before the arm runs at full load. The footprint and weight are the price of the payload, so a layout has to budget both up front. It isn't built for light or high-speed duty.

It runs on KUKA's KR C5 controller, and protection is rated IP65. The stiff FORTEC frame is meant to hold accuracy under heavy load, which is what steady multi-shift heavy-industry running asks of an arm this size. It supports a wide range of end-of-arm tooling, so integrators can match the end-effector to the part.

The standout is that 500 kg payload, held across a 2826 mm reach. Get the foundation right and the tooling sized to the load, and it handles the heavy transfers lighter arms can't take on.

Where it lands

This model against its closest alternatives

Reach (mm)
KUKA KR 500 FORTEC
2,826 mm
FANUC M-900iB/700
2,832 mm
KUKA KR 300 R2500
2,496 mm
Payload (kg)
KUKA KR 500 FORTEC
500 kg
FANUC M-900iB/700
700 kg
KUKA KR 300 R2500
300 kg

Alternatives to consider

Common questions

What is the payload of the KUKA KR 500 FORTEC?
The KUKA KR 500 FORTEC has a rated payload of 500 kg.
What is the reach of the KUKA KR 500 FORTEC?
The KUKA KR 500 FORTEC has a maximum reach of 2826 mm.
How precise is the KUKA KR 500 FORTEC?
Its rated repeatability is ±0.08 mm across 6 axes.
What is the KUKA KR 500 FORTEC used for?
Typical applications include material handling, palletizing, press tending. It is a 6-axis industrial robot from KUKA.
What controller does the KUKA KR 500 FORTEC use?
The KUKA KR 500 FORTEC runs on the KR C5 controller.