Calculator
Example data table
| Lift type | Qty | Duration | Daily/Weekly/Monthly | Delivery+Pickup | Waiver% | Tax% | Estimated total |
|---|---|---|---|---|---|---|---|
| Electric slab (indoor) | 1 | 5 days | 95 / 380 / 1050 | 240 | 10 | 8 | See calculated result above |
| Rough terrain (outdoor) | 2 | 2 weeks | 160 / 640 / 1800 | 320 | 12 | 8 | Depends on chosen pricing mode |
| Hybrid / bi-energy | 1 | 1 month | 140 / 560 / 1550 | 260 | 10 | 10 | Auto compares weekly vs monthly totals |
Formula used
Billable days are calculated from your duration: days = ceil(value), weeks = ceil(value × 7), months = ceil(value × 30).
Base rental depends on pricing mode: Daily = days × dailyRate, Weekly = ceil(days ÷ 7) × weeklyRate, Monthly = ceil(days ÷ 30) × monthlyRate. Auto selects the lowest available total. Base rental is multiplied by quantity.
Percent items are applied to base rental: damageWaiver = baseRental × (waiver% ÷ 100), insurance = baseRental × (insurance% ÷ 100).
Grand total: subtotal = baseRental + waiver + insurance + delivery + pickup + fuel + environmental + misc + operator, discount = subtotal × (discount% ÷ 100), taxable = subtotal − discount, tax = taxable × (tax% ÷ 100), grandTotal = taxable + tax.
How to use this calculator
- Choose the lift type and enter platform height and capacity for reference.
- Set quantity and rental duration, then add daily, weekly, and/or monthly rates.
- Select Auto to compare pricing, or force a specific billing basis.
- Enter delivery, pickup, fuel/charging, and any other expected fees.
- Add waiver, insurance, discount, and tax rates based on your rental agreement.
- Include operator hours if labor is part of your scope.
- Click Calculate, then export your quote as CSV or PDF.
Scissor lift rental planning guide
1) Typical lift classes and job fit
Electric slab lifts suit smooth indoor floors, while rough‑terrain units handle exterior grades. Platform heights commonly span 19–32 ft for interiors, with 40–50+ ft used on façades and high-bay work. Typical capacity ranges from 500–1,000 lb, affecting crew size and tools carried.
2) Height selection using working height
A practical rule is working height ≈ platform height + 6 ft for reach. Choosing the lowest suitable height can reduce rate class, delivery effort, and exposure. Also consider stowed height, doorway clearance, and slab loading limits before you commit.
3) Pricing breakpoints: daily, weekly, monthly
Suppliers price by day, week, and month, with weekly and monthly tiers offering better unit economics. Many quotes make a week cost similar to 3–5 days, and a month similar to 3–4 weeks, but terms vary. This calculator converts your duration to billable days and compares totals across pricing modes.
4) Mobilization costs and access constraints
Delivery and pickup can equal several rental days on remote or restricted sites. Tight access, limited staging, and time-window rules may add standby or reschedule charges. Track logistics separately so rental versus mobilization stays visible to approvers.
5) Add-ons that drive the final invoice
Damage waiver and insurance are often percentage add-ons to base rental. Environmental, documentation, and shop-supply fees commonly appear as flat line items. Capturing them upfront makes estimates align better with invoices and reduces change orders.
6) Power, fuel, and charging planning
Electric lifts require charging plans, and downtime can impact productivity. Outdoor or hybrid units may add fuel, service, or refueling logistics during high use. Use the per‑day fuel/charging input to model expected operating overhead across the entire term.
7) Labor productivity and operator options
If a dedicated operator is required, labor can exceed the equipment cost. Estimating regular and overtime hours helps match shift plans, safety policies, and wage rules. Combine operator cost with rental totals to compare “self‑operated” and “operator included” proposals.
8) Building a defensible rental budget
Start with realistic duration and quantity, then test best‑case and worst‑case fee scenarios. Apply discounts only after confirming billing terms, and set taxes according to your jurisdiction. Auto mode helps justify rate selection, while exports document assumptions for procurement review and audits.
FAQs
1) Should I choose daily, weekly, or monthly pricing?
Use Auto when you have all rates. It compares totals and selects the lowest. Force a mode only when the supplier contract requires a specific billing basis.
2) Why does the calculator use 30 days for a month?
Many rental quotes treat a “month” as a planning block. Using 30 days standardizes comparisons between weekly and monthly pricing when exact calendar billing rules are unknown.
3) Are damage waiver and insurance applied to fees too?
Often they apply to base rental only, but vendors differ. This tool applies them to base rental to stay conservative and transparent. If your contract differs, adjust inputs or add a misc fee.
4) What if my project pauses and the lift sits idle?
Rental billing usually continues during idle time. Model pauses by extending duration or pricing separate phases. Returning and re‑delivering can cost more than keeping the unit onsite.
5) How do I estimate the right platform height?
Estimate working height and subtract about 6 ft to approximate platform height. Verify with site measurements, overhead clearances, and required reach for materials, tools, and guardrail-safe positioning.
6) Why include fuel/charging as a per‑day cost?
Daily operating overhead scales with time and utilization. A per‑day input helps capture charging logistics, fuel, or service allowances without guessing complex duty-cycle modeling.
7) Can I use the exports for procurement approvals?
Yes. The CSV supports internal cost breakdowns, and the PDF is formatted for sharing. Always attach your supplier’s written quote and terms for final approvals.