The TARC delivers an integrated suite of automation, inspection, marking, and robotics capabilities — engineered to U.S. standards, manufactured at scale.
The X-Vator all-terrain tracked vehicle carries a universal slot-based mounting platform. Any robotic layout — welding arms, inspection rigs, conveyors — deploys in minutes. Dual hydraulic motors, PLC + DeviceNet control, adjustable-width chassis for any industrial environment.
LVDT-based precision dimensional gauges, pneumatic air gauges for high-speed bore and diameter measurement, multigauging units performing 7 operations simultaneously. Part-level dimensional inspection with pin location detection and run-out checking.
Permanent laser marking from 5-micron fine marking to deep engraving. QR code and Data Matrix marking for full part traceability. Dot peen marking (pneumatic and solenoid types). Galvo scanner systems for high-speed precision marking on all materials.
Machine vision camera units for code reading, defect detection, and quality verification. Assembly inspection units with robotic arm integration. Proximity sensor detection systems on custom fixtures. Real-time part verification with pass/fail output.
Leak testing via pressure decay and differential pressure methods. High-pressure hydraulic testing gauges. Air leak testing — water dip and dry types. Inductive coil testing units. Rotary component dynamic balancing. Electrical continuity and insulation testing.
Voltage and current testing units. Automotive wiring harness continuity testing. Resistance, insulation, and functional test stations. End-to-end station-level traceability with data logging and MES/ERP system integration for complete manufacturing intelligence.
Automated dimension testing and flipping (fliffing) units for high-volume production lines. Robot integration with inspection, testing, and marking stations. Part handling, loading/unloading automation. Complete end-to-end production cell design and deployment.
Complete station-level traceability across all inspection, testing, marking, and robotic stations. Barcode and QR scanning stations for part verification. Real-time data logging with cloud connectivity. Full MES and ERP integration for plant-wide manufacturing intelligence.
Traditional industrial automation is fixed infrastructure — bolted to factory floors, limited in scope, impossible to redeploy. The X-Vator inverts this paradigm entirely.
An all-terrain tracked undercarriage powered by dual hydraulic motors carries a universal mounting platform fitted with precision slots. Any robotics layout mounts in minutes. The same platform serves a storage facility in the morning and a mining site in the afternoon.
Controlled by a 24V PLC system with DeviceNet communication, the X-Vator integrates seamlessly into existing networks. Táchira industries gain sovereign automation capacity that moves with operational demand.
The X-Vator is manufactured under U.S. IEEE standards and assembled regionally — creating skilled Venezuelan technician roles from Day 1 of deployment.
Transforming Táchira's plastic waste into durable, affordable housing — addressing two national crises simultaneously.
Recycled plastic — sorted, cleaned, and bifurcated by grade — is compression-moulded into structural bricks exceeding 10 metric tons of compressive strength. No kiln, no quarrying, no cement curing. Each 1.5 kg brick interlocks mechanically.
A 500 sq ft single-family home built from 2,600 EcoBlocks on a metal skeleton. Living/dining, bedroom, kitchen, bathroom, storeroom. 100mm walls, 3.135m ceiling, east-west solar orientation, fully renewable electricity. Built in 10 working days.
Phase 1 targets 2,500 homes — consuming 10 million kg of plastic waste from Venezuela's cities and waterways. At $10,000–$13,000 per unit all-inclusive, EcoBlock homes cost 50% less than conventional construction. X-Vator units automate Phase 2 assembly.
U.S.-based robotics engineering firm and creator of the X-Vator mobile automation platform. Provides IEEE-certified engineering standards, control system architecture, and technology governance. Proprietary technology is protected under trade secret and confidentiality agreements — ensuring Táchira gains sovereign capability without external dependency.
India-based engineering firm specializing in inspection automation, laser marking, vision inspection, and traceability systems. Delivers precision gauging, robotic integration, and CNC automation — providing manufacturing scale at 40–60% below Western cost structures.
Colombian logistics operator with established cross-border supply chains into Táchira. Serves as the regional gateway — managing procurement, customs, last-mile delivery, and community liaison. Risk is ring-fenced to logistics; Jucamal Tecnologia carries no technology liability.
Dedicated long-range, low-power private wireless network infrastructure deployed exclusively within TARC operations. Enables real-time sensor data transmission from X-Vator units, EcoBlock construction sites, and remote field equipment — all on an isolated, encrypted network with zero reliance on public cellular infrastructure or external internet connectivity. No third-party signal interception. Full operational sovereignty.
Sovereignty is not only built in factories — it is educated into engineers. The TARC Academy transforms Venezuelan youth into certified robotics and automation professionals.
Beginning in secondary schools with hands-on drone assembly and flight programming, the curriculum escalates through technical certification into advanced robotics deployment. Graduates feed directly into X-Vator operations, inspection system maintenance, and EcoBlock construction supervision.
Target: 500 certified technicians in Year 1. 3,000 by Year 5. All credentialed under Venezuelan MPPEU standards and U.S. IEEE-aligned curriculum.
Structured for government co-investment. Each phase proves ROI before the next commitment is required.