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robotics.
Yale
®
with robotic trucks.
Lift efficiency
Yale
®
robotic trucks not only provide the increased efficiency
you’re looking for, but also frees up your existing workforce
to add more value to your operation.
By deploying robotics you can reconfigure your warehouse to
reduce operating costs, increase operational efficiency and
minimise accidents and damage to goods. Robotics are ideal
for performing repetitive tasks such as movement of pallets in the
warehouse environment and loading and unloading.
In today’s ever more competitive
business environment, the pressure
is always on to deliver greater
productivity levels and quicker
delivery times.
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Truck robotics
Laser scanning system for navigation.
here today.
Tomorrow’s technology
On-board navigational intelligence means that trucks calculate
the most efficient paths between points, and can reroute to
avoid congestion. Trucks are able to co-ordinate with traffic
management software to optimise routes and utilisation, and
reduce congestion.
Equipped with LIDAR (Light Imaging Detection and Ranging),
a laser scanning system dedicated to navigation, our trucks
navigate by recognising structural features such as walls, building
columns or racks. They use these features to self-locate and
transport loads throughout your warehouse, so there is no need
for tape, wires, reflectors or magnets to aid guidance.
Putting your environment on the map
Stage 1: As an engineer manually moves the robot truck around, it
uses the truck navigation radar to record the building environment
and transcribe it into a 2D map.
Stage 2: The map is refined by the installation engineer. Virtual
routes with pick-up and placement points are added to this
reference map and the on-board navigational intelligence on the
trucks calculates the most efficient paths between points.
Stage 3: This reference map is integrated into the robot’s computer
and compared with what it sees in real time via its laser scanner,
enabling it to self-locate and move.
The geoguidance navigation
technology at the heart of our robotic
trucks is based on a simple principle,
trucks learn and recognise the
uniqueness of the warehouse.
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Stage 3 – Reference map is integrated into the robot’s computer.
Stage 1 – Engineer manually moves the robot around the warehouse.
Stage 2 – Map from the warehouse is ‘cleaned up’ to create virtual routes.
The Yale
®
robotic truck line-up includes the
MO25 low level order picker, the MO50-70T tow
tractor and the MC10-15 counterbalance truck.
Flexibility is key. Whether you want to automate
a single truck or an entire fleet, whatever your
operational demands, this scalable automation
solution can meet your most specific requirements,
allowing you to reap the benefits of reduced operating
costs and maximum reliability.
greater efficiency.
Navigate your way to
4
Truck robotics
The robot navigation laser
Maps routes and guides the
truck throughout the facility
Curtain laser
Detects above ground level
obstacles and stops the truck
when interrupted
Chassis-first laser scanner
Laser has two fields. Warning
and STOP (also called Safety).
Breaking the warning field will
slow the truck down. Breaking
the STOP field will stop the
truck. If the obstacle is cleared,
the robotic can automatically
re-start in all cases for the
warning field and some for the
STOP field
Pedestrian awareness light
Provides an additional
visual notification that the
truck is motion
Visual and audio
warning indicators
Alerts workers and pedestrians
that the truck is coming or if an
issue arises
Emergency stop buttons
When activated the truck stops
User interface touch screen
When necessary, allows
workers to dispatch the truck or
assist in locating virtual paths
Increased robotic automation equals
Driver operated truck
Maintenance costs
Maintenance costs
Operating costs
Operating costs
Reduced up to
70%
Truck costsTruck costs
Robotic truck
Costs
Navigational
infrastructure
Custom truck
Standard truck Standard truck
Navigational
infrastructure
Navigational
infrastructure
Automatic
guided vehicles
Laser
navigated trucks
Robotic
trucks
Commissioning
Commissioning
Commissioning
Costs
The use of robotic trucks allows you
to perform repetitive tasks such as
movement of pallets in the warehouse
environment, and loading and
unloading in a more cost effective way
– saving you time and money.
Robotic trucks offer a number of key
cost advantages over conventional
automatic guided vehicles AVGs and
laser navigation trucks.
Not only will they improve productivity, picking up, transporting
and dropping off pallets independently and reliably, an automated
operation may also aid in reducing product damage and accidents.
Yale robotic technology can be added to standard models of
the MO25 Low level order picker, MO50-70T Tow tractor and
MC10-15 Counterbalance stacker.
This allows you to have the benefit of both robotic and manually
operated trucks; your trucks can redeployed for manual tasks
such as picking, loading/unloading and then simply returned to
automated tasks when required.
Higher efficiency, lower costs
Switch to manual
The advantages of robotic trucks
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At the touch of a button or a
movement of the tiller, you can
seamlessly switch your robotic
truck to manual mode.
reduced operating costs.
It changes
when you do.
Flexible in operation.
6
Truck robotics
Thanks to scalable automation, our robotic lift trucks offer
a unique level of flexibility in use, accommodating any
changes in demand and constantly shifting traffic patterns.
Our robotic trucks locate themselves in real-time, perceiving and
interacting with the environment.
With our robotic truck manager software, it’s possible to control
traffic, assign orders to individual trucks and interface with systems
such as ERP (Enterprise Resource Planning) and WMS (Warehouse
Management System) or equipment such as automatic doors,
conveyors and production machine.
The geoguidance navigation technology works without the need
for dedicated infrastructure, enabling it to integrate easily into
existing operations. It simply maps the physical features and
structures to self-locate and navigate, which means it’s quick and
easy to modify or create entirely new paths when there are
changes to the environment, or to the missions that your robots
are required to complete.
By switching from automatic mode to manual mode at the touch
of a button, or movement of the tiller, the robotic lift truck can easily
accommodate changing operational needs, giving the operator the
opportunity to take control when appropriate and perform other
tasks as and when required.
Effortless integration Take control when you need it
Autonomous decisions in real timeReal-time truck management
line up.
The Yale Robotics
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MO25 internal transportation
Cost efficient horizontal transfer
Regular, sustained constant flow
Horizontal transport over short and long distances
Stock replenishment and material hauling
MO50-70T tow tractor
Standard trailer handling configurations
Horizontal transport over short and long distances
Brings individual items together to be supplied as one unit
Stock replenishment and material hauling
MC10-15 counterbalance stacker
Deposit or remove pallets from 2nd level
Handle smaller width pallets
Stack or unstack loads
Deposit or remove pallet from shrink wrap station
Winner
of the Materials
Handling Product
News Readers’ Choice
product of the
Year award.
The robotic technology at the heart of Yale robotic trucks is the
result of 10 years’ research and development in mobile robotics by
Balyo. It enables fleets of robotic trucks to self-locate in real time
and navigate inside a building with no added infrastructure, unlike
other automatic trucks or AGVs.
This solution is fully connected to the customer environment
and can be easily integrated into current industrial and logistics
processes. For greater simplicity, Yale robotic trucks can also be
used manually, enabling operators to regain control to perform a
task at any time.
Wood
Beverages
Paper Retail
Automotive Construction
Logistics
Chemical
Metals
Food
Materials handling for:
Yale is a leading global manufacturer and supplier of high-quality
counterbalance forklift trucks, warehouse equipment and fleet solutions.
‘People, products and productivity’ sums up our approach to the materials
handling business. With over 140 years’ experience, we are proud of our
reputation as an innovative, forward-thinking manufacturer.
Yale dealerships provide flexible truck servicing solutions and are linked
to one of the industry’s most sophisticated parts distribution operations.
You’ll find support for Yale forklifts throughout the EMEA region – provided
by a big regional footprint stretching through Europe, Middle East and Africa.
Publication part no. 220990658 Rev.02
Printed in The Netherlands (1118HROC) EN.
Safety: This truck conforms to the current EU requirements.
Specification is subject to change without notice. Yale, VERACITOR and
are registered trademarks. “PEOPLE, PRODUCTS, PRODUCTIVITY”,
PREMIER, Hi-Vis, and CSS are trademarks in the United States and certain
other jurisdictions. MATERIALS HANDLING CENTRAL and MATERIAL
HANDLING CENTRAL are Service Marks in the United States and certain
other jurisdictions.
is a Registered Copyright. © Yale Europe Materials
Handling 2018. All rights reserved. Truck shown with optional equipment.
Country of Registration: England and Wales. Company Registration
Number: 02636775
HYSTER-YALE UK LIMITED trading as
Yale Europe Materials Handling
Centennial House
Frimley Business Park
Frimley, Surrey
GU16 7SG
United Kingdom
Tel: +44 (0) 1276 538500
Fax: +44 (0) 1276 538559
www.yale-forklifts.eu
About Yale
®

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