Electric Scooter Cost Breakdown – How Much You’ll Save Annually

1. Low Energy Use: The Core Advantage for Daily Commutes

Americans travel an average of 15 miles (24 km) daily for work. Traditional cars average 25-30 miles per gallon (MPG), costing $0.16–$0.24/mile (at $4/gallon). In contrast, our electric scooters use just $0.01–$0.02/mile in electricity (calculated at $0.132/kWh, US average), saving 90% on energy costs with a fraction of the carbon footprint. This makes them the ideal choice for eco-conscious urban commuters seeking budget-friendly transportation.

2. Upfront Costs: Transparent Pricing, No Hidden Fees

All-Inclusive Pricing (Tax & Shipping Included):

Max (Entry-Level – Urban Commuting)
Price: $799
Specs: Dual 800W motors, 48V 18.2Ah battery (873.6Wh), 37 mile range
Perfect for: Riders with 10–15 mile daily trips

King (Premium – Heavy-Duty Performance)
Price: $1,699
Specs: Dual 1,500W motors, 60V 26.1Ah battery (1,566Wh), 62 mile range
Perfect for: Suburban commuters, hill climbs, or 20+ mile daily routes

3. Annual Expenses: Charging, Maintenance, and Battery Longevity

Regenerative Braking: Free Range Boost

Both models feature regenerative braking, which boosts battery life by 5–8% by converting braking energy into stored power.

Charging Costs:

Model: Max (874Wh Battery)

Net Battery Usage: 874Wh × 0.75 = 655.5Wh
Gross Charging Energy (85% efficiency): 655.5Wh ÷ 0.85 = 771Wh → 0.771kWh
Cost per Charge (at $0.132/kWh): 0.771 kWh × $0.132 = $0.10
$0.10/charge × 148 cycles/year = $14.80/year

Model: King (1,566Wh Battery)

Net Battery Usage: 1,566Wh × 0.75 = 1,174.5Wh
Gross Charging Energy (85% efficiency): 1,174.5Wh ÷ 0.85 = 1,382Wh → 1.382kWh
Cost per Charge (at $0.132/kWh): 1.382 kWh × $0.132 = $0.18
$0.18/charge × 88 cycles/year = $15.84/year

Battery Performance & Replacement Costs:

3C Discharge Cycle Data:
365 cycles (1 year): ≥85% capacity retention
730 cycles (2 years): ≥70% capacity retention
Comparison: Industry-standard batteries degrade below 70% after 500 cycles—Eahora batteries last 46% longer (730 cycles).
Replacement Estimate (Year 5):
Max: $300–$400
King: $500–$600
Savings: $100–$200 saved over 5 years compared to shorter-life batteries.
Total Annual Costs:
Max: $14.80 (charging) + $100 (maintenance) = $114.80/year
King: $15.84 (charging) + $150 (maintenance) = $165.84/year

4. Savings Calculator: Scooter vs. Car for a 15-Mile Daily Commute

Expense Category	Max ($799)	King ($1,699)	Compact Car
5-Year Energy Cost	$74	$79.20	$3,120 (25MPG, $4/gallon)
5-Year Maintenance	$500	$750	$2,500
5-Year Battery Replacement	$300–$400	$500–$600	—
Total 5-Year Savings	$4,646+	$4,191+	—

5. Why Max & King Are Perfect for American Commuters

Commute-Friendly Range:
Max covers 2.7x the average US commute (37 miles / 15 miles/day).
King covers 4x the average commute (62 miles / 15 miles/day)—ideal for suburban riders.
Regenerative Braking in Real Life:
Stop-and-go traffic becomes an energy-saving opportunity—every brake recharges the battery slightly.
Resale Value:
Max retains 60% value ($479) after 3 years;
King retains 70% value ($1,189) due to the premium build.
Eco-Benefit:
Save 450 kg of CO2/year (EPA data)—equivalent to planting 22 trees.