Modular growth
A model intended to add cells according to demand and site readiness.
DIZLR’s vision for distributed manufacturing
MICRODARK
A factory that moves.
An industry that grows.
DIZLR aims to develop and deploy hundreds of compact automated factories. Transportable cells would expand on site to assemble DIZLR vehicles within one engineering and digital system.
Industrial development concept · Figures are engineering targets
Target production rhythm
10minutes
Target interval between two completed vehicles
Annual ambition per cell
≈ 50,000
vehicles per year under the extended operating scenario*
Deployment vision
Hundredsof cells
Phased growth based on demand and readiness
* Around 50,000 vehicles is a conditional target: the cycle time must be achieved, with continuous supply, 24 planned hours × 365 days and assumed overall effectiveness of approximately 95%. Explore the calculation and assumptions ↘
01 The idea
One engineering standard.
Manufacturing closer
to every market.
The vision starts with a question: what if vehicle assembly capacity could become an industrial unit that can be moved and replicated?
MICRODARK is DIZLR’s concept for that answer. It brings robotics, parts supply, inspection and digital control into a compact cell. Core modules are manufactured by suppliers, bringing final assembly closer to the markets where vehicles are used.
The factory moves.Expertise scales.Industry moves closer.
One engineering standard
Controlled assembly specifications, inspection procedures and operating releases.
Assembly closer to the market
Local operations, supply and service within DIZLR’s global vision.
02 A unit that transforms to work
Arrives compact.
Expands to operate.
A concept for a single transportable unit that expands on site: a fixed structural core, two side wings and space designed for CRUISE assembly.
Design concept · Target dimensions
More space. One integrated system.Two side wings + central assembly platform + parts supply
Length12.2 m
Width6.8 m
External height4.1 m
Approximate envelope area83 m²
Dimensions refer to the unit’s conceptual envelope. The complete site also needs storage, handling, utilities, safety and inspection areas. Equipment folding, loads and calibration require detailed engineering.
03 The vehicle journey
Integrated modules.
A vehicle bearing the DIZLR name.
A concept for final assembly from a chassis and preassembled modules, recording work and verification for each vehicle.
Assembly stage visualization01 / 05
The platform identifies the vehicle before work begins.
The sequence starts by securing the chassis on a reference platform, identifying its specification, and checking measurement points and the required parts kit.
This sequence is illustrative. The order and duration of operations depend on vehicle design, module readiness and integration test results.
04 Connected engineering
The right part.
The right movement.
At the right moment.
The design aims to coordinate storage, handling, fastening and inspection so the cell works as one assembly system.
ADAPTIVE ASSEMBLY
Concept visualizationPrecision starts with measurement.
Vision and sensor guidance, compensating for deviations within approved engineering limits.
Storage becomes part of the machine.
An integrated automated small-parts store coordinates selection and supply according to the vehicle specification and assembly sequence.
Select → Verify → SupplyChanging tools. One purpose.
Robots use dedicated handling, fastening and measurement tools within verified work zones and motion paths.
Handle · Fasten · MeasureSoftware coordinates execution.
Traceable production orders and engineering releases, with performance monitoring and exception handling by a specialist team.
Plan · Execute · MonitorSafety within the design.
Robot movement zones are separated from human access. Stop functions and safety controls remain independent of the AI layer.
Protect · Verify · RespondAutomated operations. Human expertise. MICRODARK aims to automate repetitive assembly, with specialist oversight for supply, maintenance, quality and exceptions.
05 Ambition in numbers
10MIN
One vehicle every ten minutes.
A target we design towards.
A target production rhythm after operations and supply have stabilized.
This means the interval between two completed vehicles in a defined production configuration. Attributing that rate to a single cell requires validation of every operation within its boundaries and support from modules prepared outside it.
Total vehicle lead time and the number of supporting stations or cells require an operating study. Actual output must be demonstrated through testing.
CAPACITY EXPLORER / Planning scenario
How could we approach 50,000 vehicles?
Change the operating assumptions to explore their effect on calculated capacity.
Effectiveness combines availability, speed and quality during planned time. These are calculation assumptions, not operational readings.
Per cell · Per yearIf the 10-minute cycle is achieved
49,932vehicles under the selected assumptions
Calculated ceiling before operating losses52,560
Theoretical output during production6 vehicles / hour
Target in this scenarioAround 50,000 / year
365 × 24 × (60 ÷ 10) × 95%
This is calculated capacity for a concept under development. Actual performance depends on cell testing and the approved operating calendar.
Understanding the 50,000-vehicle target +
At one vehicle every ten minutes, 24 hours a day for 365 days, the theoretical ceiling is 52,560 vehicles. Exactly 50,000 would require about 95.13% of that annual ceiling. At an assumed 95% effectiveness, the result is 49,932 — approximately 50,000.
A scenario of 330 days × 24 hours × 85% effectiveness gives 40,392 vehicles. Annual output therefore depends on the operating calendar, component supply, reliability, speed, quality and the operations counted within the cell.
06 A repeatable standard
Every vehicle.
A clear manufacturing record.
The design aims to link vehicle identity with work steps and verification results, carrying a consistent quality approach into each new cell.
From checking parts to recording fastening and measurement, the operating vision uses reviewable data and controlled corrective actions.
Discuss engineering integration ↖VEHICLE BUILD RECORDIllustrative target data
Concept visualizationVehicle identityVIN-linked record
ComponentsSpecification matching
AssemblyFastening and measurement data
QualityApproved inspection results
07 A growing vision
Hundreds of cells.
One DIZLR system.
DIZLR envisions a network of local assembly sites connected by common engineering and digital management, growing in phases with demand, partner readiness and supply.
DISTRIBUTED BY DESIGNExpansion concept · Not a list of operating sites
DIZLREngineering · Operations · Quality
01Develop the reference cell02Validate and run a pilot03Deploy in repeatable phases
Capacity grows by adding units.
Expertise stays connected.
In the target model, local teams prepare sites and manage operations and supply. DIZLR coordinates engineering releases, quality specifications and oversight. Locations and cell counts are determined after technical and commercial review of each project.
08 Partners for the next chapter
Your role in bringing
industry closer.
The MICRODARK concept creates opportunities to work with local operating, supply and engineering partners. Start by introducing your project and area of interest.
LET’S BUILD THE NEXT CHAPTER
Let’s start with your project.
Tell us about your organization, your market and the cooperation you are considering.
This enquiry explores industrial cooperation. Scope, specifications and timing are established after reviewing the project.
09 Key questions
Details that clarify
the picture.
What work is intended to take place inside MICRODARK?+
The concept focuses on final assembly of DIZLR vehicles using prepared chassis and modules. Engine manufacturing, stamping, painting and other upstream processes take place within the supplier network and specialist factories.
What does one vehicle every ten minutes mean?+
It is a target interval between completed vehicles in a defined operating configuration after flow stabilizes. Applying it to one cell requires timing every operation, preparing parts outside the cell and approving the required inspection process. Images do not demonstrate cycle time.
How does this relate to the 50,000-vehicle annual target?+
At 365 days and 24 hours per day, a ten-minute interval gives a theoretical ceiling of 52,560 vehicles. Assuming 95% overall effectiveness gives 49,932. This development target depends on the assumptions and changes with the operating calendar, effectiveness and assembly scope.
What is needed to deploy a cell at a new site?+
Site preparation covers loads and anchoring, power and utilities, supply and large-component handling, safety areas, inspection and maintenance. The cell’s compact envelope is only part of the complete site.
What does automated operation mean in this concept?+
The aim is to automate repetitive operations within approved engineering limits, supported by specialist people for supply preparation, maintenance, monitoring and exceptions. The final automation level depends on validation of each operation.
What do the images and figures represent?+
This page presents the MICRODARK concept through AI-generated visualizations and target dimensions. Specifications and production capabilities require engineering validation and acceptance tests for the defined operating configuration.