Autonomous DriveMod Tugger

Autonomously & Safely Haul Up To 12,000 lbs.

Deploy a fully autonomous tugger train to automate repetitive hauling and get more done per shift. Our robust and reliable tuggers make intelligent, real-time decisions while integrating with your WMS for seamless mission deployment.

With DriveMod, Your Tuggers —

Autonomously haul thousands of pounds of goods.

Leverage multiple, redundant, and intelligent layers of safety.

Can be remotely managed and monitored via the FMS or on-vehicle display.

Execute missions based on a variety of flexible, programmable skills — including "auto-unhitch".

Safely navigate sites without the need for special infrastructure.

Can be switched into manual mode and driven by a human.

Benefits of Deploying Cyngn's Autonomous Tuggers

Real Results From Real Customers

With swift payback periods, businesses see significant savings and ROI in months, through reduced downtime and improved productivity.

Building Materials Manufacturer

$4M

Total Loss Avoidance

12 Months

Payback Period

OEM Parts Distributor

$1.75M

Total Loss Avoidance

21 Months

Payback Period

HVAC Manufacturer

$1.2M

Total Loss Avoidance

16 Months

Payback Period

Consumer Packaged Goods

$945K

Total Loss Avoidance

15 Months

Payback Period

"Cyngn’s self-driving tugger was the perfect solution to support our strategy of advancing automation and incorporating scalable technology seamlessly into our operations. With its high load capacity, we can concentrate on increasing our ability to manage heavier components and bulk orders, driving greater efficiency, reducing costs, and accelerating delivery timelines."

Steve Bergmeyer @ Coats

Continuous Improvement & Quality Manager

Automate Your Material Handling

DriveMod Tuggers never take a vacation, don't make human errors, and always get the job done.

We've partnered with Motrec, a trusted industrial vehicle manufacturer, to integrate DriveMod into their fleet of heavy-duty tuggers to transform them into intelligent self-driving robots. This makes our autonomous mobile robots (AMRs) familiar to operate and a breeze to maintain.

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Collision Avoidance System

We offer multiple layers of safety. Virtual bumper doubles the number of safety systems, and our 3D lidar brings 360° visibility and vigilance to obstructions.

Safety Lights & Audio Cues

Color-coded LEDs communicate vehicle status and intent. Audible cues like beeps and horn honks indicate when the vehicle is turning, departing, or arriving at a stop.

Emergency Stop Buttons

While we enable you to program and control the vehicle remotely, our units come equipped with multiple E-Stop buttons to instantly bring the vehicle to a halt.

Our Tuggers Come Ready to Work

Launch Within Days — Seriously!

Our vehicles follow speed limits, safety precautions, and rules of the road that your team follows. With no special navigational infrastructure or magnetic strips to install, we can get our DriveMod Tuggers operating in your facility in a matter of days.

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Vehicle & Chassis

Dimensions

65" L x 30" W x 55" H (Vehicle)
18" L x 30" W (Deck)

Weight

1,250 ± 100 lbs

Brakes

Self-adjusting H.D. drum brake
Regenerative braking
Electromagnetic parking brake

Wheels

4.8x8 LRC pneumatic tires

Body

All-steel unibody construction

Performance

Speed

4.5 mph (Autonomous)
6 mph (Manual)

Towing Capacity

12,000 lbs (MT-160)
20,000 lbs (MT-340)

Load Capacity

500 lbs. (max)

Turning Radius

57" (MT-160)
59" (MT-340)

Min Aisle Width

55"

Battery System

Voltage

48V

Battery Runtime

8 hrs
(varies w/speed & load weight)

Charge Time

2.5 - 4 hrs (Lithium)
8 - 10 hrs (Standard)

Safety Suite

Emergency Stop

Multiple on-vehicle E-Stop buttons

Collision Avoidance

Virtual Bumper

Communication

LED color-coded safety lights
Automated audio cues

Sensor Suite & Connectivity

Cameras

RGB camera
TOF camera

Sensors

360° 3D lidars

Connectivity

802.11 Wi-Fi
Ethernet Port for Data Offload

Autonomous Mobile Robot (AMR) vs Automated Guided Vehicles (AGV)

Key Difference Between AMRs & AGVs is Technological Sophistication

There is a broad spectrum of sophistication within the autonomous vehicle market and it's important to understand the differences. AMR technology represents an evolution in mobile robotics which is why Cyngn's vehicles are more flexible and intelligent than traditional AGVs.

	Cyngn AMRs	AGVs
Guidance System Can navigate autonomously and does not require installation of special infrastructure or physical guides (e.g., magnetic tape).	yes	no
Flexibility Is highly flexible to adapt to changes in the environment like altering the route and stop points.	yes	no
Implementation Can be deployed quickly and programmed for new routes or tasks without extensive changes.	yes	no
Safety Equipped with multiple redundant sensors to enable safe collaborative work alongside humans without physical barriers to separate work zones.	yes	no

Sean Stetson

VP of Engineering, Cyngn

"DriveMod turns every shift into a productivity powerhouse. On average, companies that use DriveMod Tuggers have seen a 34% increase in productivity and a 64% reduction in labor costs."

Autonomously & Safely Haul Up To 12,000 lbs.

With DriveMod, Your Tuggers —

Real Results From Real Customers

Building Materials Manufacturer

$4M

12 Months

OEM Parts Distributor

$1.75M

21 Months

HVAC Manufacturer

$1.2M

16 Months

Consumer Packaged Goods

$945K

15 Months

DriveMod Tuggers never take a vacation, don't make human errors, and always get the job done.

Collision Avoidance System

Safety Lights & Audio Cues

Emergency Stop Buttons

Launch Within Days — Seriously!

Speak To Sales

Key Difference Between AMRs & AGVs is Technological Sophistication

Guidance System

Flexibility

Implementation

Safety

Deploy Missions at the Touch of a Button