CDR

MVRT™© Heavy Duty Trucks · Industrial Equipment · Agricultural Machinery
MVRT™© Magnetic Variable
Ratio Transmission
MDI Commercial Trucks • Agricultural Equipment • Mining Operations MVRT™© Magnetic Drive
Innovation
Total Addressable Market

Across the three primary target sectors, the combined addressable
transmission market exceeds $100 billion in 2026 and is forecast to
surpass $164 billion within the next decade.

Heavy Duty Trucks
$20.9B

2026 Market Size


$30B by 2032
4.67% CAGR
Agriculture / farm
$4.2B

2026 Market Size


$6.88B by 2033
5.55% CAGR
Industrial Equipment
$77.3B

2026 Market Size


$127.3B by 2035
6.18% CAGR
Combined Addressable
$102.4B+

2026 Market Size


$164B+ by 2033
5-6% CAGR

These figures represent the transmission system market alone and do not include aftermarket service, maintenance contracts,
or licensing royalty streams - all of which represent additional revenue potential for the MVRT™© platform.

Head-to-Head Comparison

The table below compares the MVRT™© directly against three of the most widely deployed transmission platforms in the heavy-duty and commercial vehicle space.

SPECIFICATIONS FORD 10R80 ALLISON 4000 EATON ENDURANT MVRT™©
Total Parts
~900
~500
~350
48 STLs
Friction / Wear Parts
~65
~100
1 – 2
00
Friction Clutch Plates
29
~45
1 (dry disc)
00
Clutch Packs
6
5
1 dry clutch
00
Planetary Sets
4
3
00
3
Solenoids
12
8
4 actutators
00
Torque Converter
Yes
Yes
No
No
Transmission Fluid
12 qt
~32 qt
~5 qt
None

The MVRT™© zero-friction architecture is not a marginal improvement — it is a categorical difference. Every competing transmission on the market engages mechanical friction on every ratio change. The MVRT™© sets ratio through generator load. There is no friction event.

The MVRT™© is a zero-friction, fluid-free continuously variable transmission developed by CDR Controlled Magnetics. With only 48 structural components, no clutch plates, no solenoids, and no transmission fluid, it represents a fundamental departure from every incumbent drivetrain on the market today.

This document quantifies the addressable market across three high-value sectors — Heavy Duty Trucks, industrial equipment, and agricultural machinery — and positions the MVRT™© competitive advantages within each.

How MVRT™© Works

MVRT™© uses a generator-based
variable ratio control to deliver
seamless, efficient, and
maintenance-free performance.

Generator Load
Creates Magnetic Field

Electromagnetic field is
controlled by generator load.


Magnetic Field Adjusts
Planetary Ratio

Planetary set shifts ratio
without mechanical contact.


Continuous, Smooth
Power Delivery

Infinite Ratios between
min and max.


The Future of Transmissions is here

Zero Friction. Infinite Possibilities.

Partner with CDR controlled Magnetics and lead the next drivetrain revolution.

Market Timing

Several converging forces make 2026 the right moment for the MVRT™© to enter the market:

Regulatory Pressure

Emissions regulations in the U.S., EU, and China are tightening on commercial vehicles and agricultural equipment, pressuring OEMs to reduce drivetrain losses.

Labor Shortages Across All Three Sectors

Fleet operators, mine operators, and farm owners are all facing driver and operator shortages, accelerating demand for automated, lower-skill drivetrain systems.

Electrification Transition

OEMs across trucking, ag, and industrial segments are actively evaluating electric and hybrid drivetrain architectures. The MVRT™© integrated generator stage is a natural bridge technology.

Fuel Economics

Rising fuel prices directly increase the ROI of a more efficient, continuously variable drivetrain. Every percentage point of efficiency improvement translates to measurable fleet savings.

Aftermarket Retrofit Opportunity

The aftermarket transmission service and replacement segment represents a parallel revenue stream, as fleets seek to retrofit lower-maintenance drivetrains into existing platforms.