Engineering Service Catalog

Precision Modifications Built for Pure Performance

From single-component swaps and high-voltage BMS tuning to custom frame coupler machining, every build is engineered, dyno-tested, and certified before ride delivery.

Hardware Rigging
Full-Bike Component Customization
Swap handlebars, inverted suspension forks, hydraulic quad-piston brakes, and high-traction all-terrain tires for tailored handling.
Precision Torque Spec & Bleed
Power Architecture
Battery Voltage Calibration
Custom 36V, 48V, 52V, and 72V BMS tuning, grade-A cell upgrades, and dual-battery wiring harness setups for high-draw output.
36V – 72V+ BMS Architecture
Structural CNC
Coupler Retrofit & Machining
Installation of precision interlocking couplers, folding mid-frame couplers, and heavy-duty utility trailer hitches.
CNC 6061-T6 Quick-Release
Firmware & Telemetry
Motor Controller Overclocking
Field-oriented sine-wave controller programming, thermal threshold recalibration, and current limiting adjustments.
FOC Sine-Wave Mapping
Validation Lab
Pre-Delivery Dyno Test Ride
Closed-course high-speed telemetry validation, load resistance stress testing, and 24-point electrical safety inspections.
Telemetry & Load Certification
Fleet Solutions
Modular Fleet Conversion
Commercial and utility e-bike coupler retrofitting, swappable power pack integration, and heavy cargo chassis reinforcement.
Multi-Unit Fleet Compatibility

Need a custom high-draw or custom chassis setup?

Speak directly with our shop technicians to design your bespoke power system.

Talk to a Technician
Service Delivery Protocol

The Calibration Workflow

Every customized e-bike moves through our rigorous three-stage technical protocol to ensure absolute frame structural integrity, multi-voltage electrical safety, and razor-sharp on-track responsiveness.

Phase 1 • STEP 01

Diagnostic Intake & Frame Scan

EST. DURATION: 25 MIN

Precision structural evaluation of chassis alignment, thermal conductivity, and electronic bus integrity before any mechanical teardown begins.

Optical chassis scanCAN-bus telemetry auditBaseline thermal profile
SCAN_RES: 0.05mm TOLERANCE
Phase 2 • STEP 02

Component Swap, Voltage Matching & Coupler Torquing

EST. DURATION: 60 MIN

Physical swap of side-screen chosen modules, voltage regulation calibration from 36V through 72V+, and high-tensile coupler locking.

Voltage step calibrationQuick-release coupler torqueWiring harness insulation
TORQUE_SPEC: 45Nm CNC LOCK
Phase 3 • STEP 03

Track Validation & Rider Hand-off

EST. DURATION: 30 MIN

Dyno dynamometer validation, hydraulic braking response check under load, and final live track test before client ride initiation.

Cadence curve auditRegen-brake load testInstant mobile profile sync
OUTPUT_VERIF: 100% PASS RATE
Bench Status: LIVE
RIG #04-AZURE
Diagnostic Bench Audit

Real-time telemetry stream synchronized with shop test bench.

Volt Calibration
LOCKED 52V

Architectural match rated for 1500W peak

ACTIVE
Coupler Tension
45Nm VERIFIED

CNC dual-lock collar securely engaged

PASS
Hydraulic Line Pressure
OPTIMAL (142 PSI)

Mineral fluid cycle zero-air confirmed

NOMINAL
CAN-Bus Controller Sync
CONNECTED 1000Hz

Real-time throttle response armed

READY

Safety & Compliance Verified

ISO 4210 / UL 2849 Standard Certified

PASSED