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Robots that move people away from dangerous work

KTV Working Robot is a new technology concept from KTV Working Drone, introducing robotic systems developed for cleaning, inspection and surface treatment in demanding industrial environments. This is the first technology concept in a new series, with more innovative solutions to follow.

Introducing MAGGIE

A magnetic climbing robot built for demanding steel environments

MAGGIE is the first robot in the KTV Working Robot family. Using magnetic traction, it moves vertically, horizontally and underneath steel structures, and cleans with water pressure up to 500 bar.

Kennet Nilsen, Founder and Managing Director, introduces KTV Working Robot · 1:22

500 bar

Maximum water pressure for high-pressure cleaning

6

Cleaning nozzles, four at the front and two on the robotic arm

180°

Vertical movement of the front cleaning nozzles

4 in 1

Cleaning, inspection, spot blasting and surface treatment

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The first robot: MAGGIE

Magnetic traction, directly on steel

MAGGIE is a magnetic climbing robot designed to work directly on steel surfaces. It can operate at significant heights without the same practical access limitations as traditional manual methods.

The cleaning system includes:

The moving front nozzles and robotic arm allow MAGGIE to clean complex steel structures, corners, stiffeners and difficult angles.

More than a cleaning robot

One platform, from cleaning to surface treatment

MAGGIE is a multi-purpose industrial robotic platform.

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1

Cleaning

High-pressure cleaning up to 500 bar.

2

Inspection

Camera-based visual inspection and
NDT applications and coating thickness measurement (COMING).

3

Spot blasting

Localised sandblasting and surface preparation on damaged or corroded areas.

4

Surface treatment

In development

Development is underway for coating and spray-painting applications.

Built for tanks and complex structures

Where steel is hard to reach, MAGGIE goes

MAGGIE is particularly suited for structures with complex geometry. The 180° moving front cleaning system gives the robot access to areas that are difficult to reach with conventional equipment.

Designed for:

Oil and gas
Ships and marine structures
Offshore installations
Wind turbines
Storage tanks
Industrial steel structures
Process facilities
01

Internal tank cleaning

02

External tank cleaning

03

Cleaning around stiffeners and frames

04

Cleaning of corners and curved steel surfaces

05

Cleaning underneath structures

06

Work on large steel surfaces

Why KTV Working Robot

If a robot can do the dangerous work, a person should not have to

Many industrial maintenance tasks still require people to work in environments where the risk can be significant. Tank cleaning is one example.

Personnel may be exposed to:

Our objective is to develop technology that allows robots to take over more of these tasks.

KTV tank cleaning

Smarter and increasingly autonomous

A robot that understands the job

The next development stage is making MAGGIE increasingly intelligent and autonomous.

The objective is a robot that does not simply move where the operator tells it to move. The objective is a robot that understands the job that needs to be completed.

Development focuses on the robot being able to:

01
Understand its surroundings
02
Read structural geometry
03
Recognise obstacles
04
Identify cleaned areas
05
Identify areas not yet cleaned
06
Build a digital map of the working surface
07
Plan its own working route
08
Navigate autonomously

Clean. Inspect. Understand. Treat. Document.

SAFER

Fewer people in tanks, at height and around hazardous gases.

SMARTER

Robotics, sensors, cameras and software in one platform.

AUTONOMOUS

Developed to map the surface, plan its route and navigate on its own.

The future of KTV Working Robot

MAGGIE is the first robot in the family. It will not be the last.

KTV Working Robot will become a family of robotic technologies designed for industrial cleaning, inspection, maintenance and surface treatment.

Our development focus is on combining:

Robotics
Sensors
Cameras
Software
Artificial intelligence
Automation

The long-term goal is to develop robotic technology that can perform more industrial maintenance with less human exposure to dangerous environments.

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Specifications

MAGGIE technical data

Traction
Magnetic, on steel
Operation
Vertical, horizontal, overhead
Water pressure
Up to 500 bar
Front nozzles
4 rotating, approx. 180°
Robotic arm
2 cleaning nozzles
Inspection
Camera, NDT, coating thickness

Get in touch

Talk to us about MAGGIE

Want to know more about MAGGIE, or how KTV Working Robot can help with your project? Fill in the form and we will get back to you as soon as possible.

The future of dangerous work is robotic. KTV Working Robot is being developed around that future.