The Light Electric Vehicle (LEV) Technical Academy
Providing South Africa's leading logistics, retail, and digital delivery fleets with total mechanical autonomy. Our proprietary manufacturer-endorsed technical curriculum ensures your active workforce can deploy, manage, and sustain your custom fleet assets with zero third-party dependency.
NETZERO Mid-Drive Technical Validation Framework
This manufacturer stream focuses on building and servicing integrated heavy-load cargo frames equipped with high-torque central mid-drive propulsion engines and fixed thermal distribution vaults.
Chassis Framework & Base Structural Assembly From Scratch
Step-by-step mechanical setup of raw industrial cargo frames. Technicians learn headset cup hydraulic pressing, fork orientation optimization, torque specs for heavy-gauge cargo racks, and mounting dual-leg commercial stabilizing kickstands.
Central Mid-Drive Propulsion Engine Integration & Calibration
Mastering the physical deployment of central propulsion units. Instruction covers bottom-bracket thread-line purification, setting internal anti-rotation teeth, locking security compression rings to precise Newton-meter variables, and drive-side chainline synchronization.
Lockable Battery Array & Electronic Wire Harnessing
Advanced routing of system data paths. Covers continuous upper-downtube cradle anchoring, hand-crimping heavy-gauge electrical lines, isolating electronic gear-shift sensor paths, and programming safety limits into internal Battery Management Systems (BMS).
Advanced Mechanical Fine-Tuning & Precision Know-How
Maximizing long-term component lifecycle. Instruction covers fluid dynamic pressure balancing for hydraulic 4-piston calliper fluid lines, internal hub gear calibration under high load envelopes, and high-tension wheel optimization using 10G heavy stainless steel spokes.
Enterprise Preventive Maintenance, Diagnostics & Overhaul
Isolating and resolving wear-and-tear faults. Technicians learn to parse digital multi-meter resistance values, split motor cores to replace internal nylon secondary reduction gears, diagnose data line errors, and complete systemic field audits.
TAILWIND Motorized E-Trailer Technical Framework
This manufacturer stream focuses on the specialized mechanics of modular self-propelled single-wheel trailers utilizing responsive rear geared hub propulsion linked to physical overrun hitch sensors.
Chassis Track Frame & 3-Axis Coupler Assembly From Scratch
Constructing the high-tensile aircraft alloy trailer body footprint. Focus details balancing horizontal axle levels, structural box floorplate torque anchoring, and assembling the universal 3-axis mechanical hitch connection interface.
Rear Geared Hub Motor Integration & Overrun Linkage Setup
Fitting the specialized geared hub system directly into the trailer dropouts. Technicians master structural wheel-nut lock interfaces, routing primary motor phase lines, and positioning the high-sensitivity physical overrun sensory linkage.
Dual-Mode Command Controllers & Pedestrian Throttle Electronics
Isolating and mapping data split channels. Detailed training covers controller placement inside protected chassis voids, setting walking-pace throttle feeds to auxiliary steering bars, and securing anti-theft GPS tracking units.
High-Tension Single-Wheel Tuning & Push Velocity Calibration
Fine-tuning the specialized single-wheel tracking matrix. Technicians master radial wheel truing with thick-gauge 10G stainless steel spokes on 20" structural rims to survive sharp lateral turn forces, alongside velocity script configuration.
Mechanical Overrun Brake Arrays & Pivot Coupling Overhauls
Servicing automated deceleration control links. Training deals with mechanical cable leverage point adjustments, verifying auto-deceleration response indexes under full load, replacing worn universal joint pivots, and system flashing overrides.
Submit Partnership & Academy Assessment
Please complete our enterprise alignment framework below. Once received, an AirGreens micro-mobility technician and fleet operations consultant will compile a preliminary fleet integration layout and asset projection plan.