Financial ROI & TCO Analysis

EV Savings & Fleet TCO Calculator.

Quantify your operational cost reductions and lifetime fuel savings by transitioning from ICE motorcycles to the Raptee.HV T30 high-voltage powertrain.

Interactive Financial Tool

Calculate Your Fleet Operational Savings.

For commercial distributors, fleet operations managers, and urban riders: adjust operational parameters below to model real-world cost savings with our car-grade high-voltage EV technology.

Weekday Daily Operational Distance 30 km
Weekend / Extended Range Usage 40 km
Local Fuel Benchmark Price (per Liter) $ 1.50
ICE Motorcycle Efficiency (km per Liter) 30 km/L
Estimated Monthly Running Cost (ICE)
$ 49.80
Estimated Monthly Running Cost (T30 EV)
$ 2.00
Net Operational Savings Per Annum
$ 574.00
*Based on standard industrial electricity tariffs ($0.08/kWh) and 5.4 kWh high-voltage battery architecture efficiency.
Financial Transparency

Commercial Ownership & Operating Cost Breakdown.

Comparing direct variable operating costs of legacy internal combustion engine (ICE) 300cc-400cc sportbikes versus the high-voltage Raptee.HV T30 platform.

Financial & Technical Input Metric Legacy ICE Motorcycle (300cc-400cc) Raptee.HV T30 High-Voltage Platform
Average Operating Distance per Month 996 km 996 km
Primary Energy Cost per Unit $ 1.50 per Liter $ 0.08 per kWh ($ 0.43 per full charge)
Direct Energy Cost per Kilometer $ 0.050 / km $ 0.002 / km
Routine Maintenance & Consumables Engine Oil, Filters, Clutch Plates, Chain Spark Plugs Direct Drive - Zero Engine Consumables
Monthly Direct Fuel Expenditure $ 49.80 $ 1.99
Net Monthly Operational Savings - $ 47.81 Net Margin Retained
Cumulative 3-Year Operational Savings - $ 1,721.16 Savings
8-Year Battery Warranty Period Lifetime Savings - $ 4,589.76 Direct Fleet Value Addition
Strategic Advantage for B2B Importers

Why High-Voltage Drives Fleet Profitability

Unlike low-voltage electric two-wheelers that suffer thermal degradation and power throttling, Raptee.HV utilizes car-grade high-voltage architecture. This engineering delivers consistent thermal performance, eliminates costly liquid-cooling overheads for light commercial duty, and integrates natively into worldwide CCS2 electric vehicle fast-charging infrastructure.

  • Low Total Cost of Ownership (TCO)Fewer moving engine parts reduce workshop downtime and warranty claims for distributors.
  • 8-Year / 80,000 km Warranty SecuritySubstantial manufacturer warranty protection safeguards asset resale values and fleet investments.
  • Universal Charging Infrastructure AccessCompatible with existing public CCS2 electric car chargers, eliminating proprietary charging station setups.

Accelerate Your Fleet Transition

Interested in commercial distribution rights, bulk procurement, or detailed regional ROI models for your market?

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