How to Price Rental Equipment for Maximum Profit

Written by
Akseli Lehtonen
Published on
May 20, 2025
May 21, 2025
Published on
May 21, 2025
Updated on
May 20, 2025
May 21, 2025

Smart pricing is the backbone of every successful equipment rental business. Your equipment rental pricing strategy determines how fast you break even, how healthy your cash flow is, and whether your business can scale sustainably.

But pricing rental equipment isn’t guesswork — it’s a data-backed strategy. To stay profitable in a competitive rental market, you need to account for costs, customer value, and market demand while keeping an eye on your margins. Here’s how to build an optimal pricing strategy from the ground up.

Key Takeaway

To price rental equipment correctly, you must go beyond covering your costs — build a system that maximizes each item’s profit over its full lifecycle using real cost tracking, competitive market research, and dynamic pricing strategies.

Understand the Total Cost of Renting Out a Piece of Equipment

Before setting a rental fee, calculate the full cost of owning and operating each rental asset. This means looking beyond the initial investment or purchase price.

COGS (Cost of Goods Sold)

These are costs that are directly tied to acquiring and preparing an item for rental. These are capitalized or one-time expenses allocated across the asset’s useful life.

Item Description Cost Behavior Example (E-bike)
Initial Purchase Price The upfront cost to buy the equipment One-time $3,000
Logistics & Setup Costs Freight, customs, assembly, safety inspection One-time $100
TOTAL $3,100

To allocate the acquisition cost of each asset to its estimated rental life, divide the total acquisition cost by the estimated number of rentals during the life. For example, if you rent electric bikes, they will serve your business for at least two years, depending on the utilization rate of the products. With a 50% utilization rate, this would mean 365 rental days.

Based on the above example, the allocated cost per rental would therefore be $3,100 ÷ 365 = $8.49. 

Operating Expenses

Costs that increase with each rental or fluctuate based on utilization volume. These must be included in the per-rental pricing model.

Item Description
Cleaning/Prep Labor Preparing the gear for the next customer
Maintenance & Repairs Both scheduled and unplanned servicing
Consumables Brake pads, filters, tires, etc.
Transportation Delivery/pickup fuel, labor, vehicle depreciation
Storage (Proportional) Idle-time warehousing tied to unit utilization
Fixed Overhead per Order Fixed costs allocated per transaction (rent, utilities, insurance, software tools, etc.)

Routine Checks and Cleaning

Operating costs cover the resources needed to run or prepare the equipment for each rental. This category is particularly important for fuel-powered or battery-operated tools and machines.

Consider:

  • Cleaning and prep time between rentals
  • Inspection and testing labor hours
  • Fuel or battery charging costs
  • Other routine labor related to the equipment's preparation workflow (fitting, calibration, etc.)

Even small equipment can eat into your margins if prep time or consumables aren’t properly priced into the rental fee. Estimate these as part of your per-use or per-day equipment rental cost.

Example (e-bike)

Assuming that routine tasks take your employee 30 minutes, the cost per order is half an hour of work plus employer obligations. This means approximately $10-15 per rental. Please note that the longer your average rental period is, the less routine work will accumulate between rentals. Therefore, carefully consider the minimum rental period that is profitable for your product category so that the rental price covers all the work involved in preparation.

Maintenance and Repair Costs

Every piece of equipment — whether it’s power tools, trailers, or sports equipment — requires routine upkeep. These maintenance costs ensure your rental items remain safe, functional, and appealing to customers.

To accurately calculate equipment rental rates, maintenance costs must be included in your OPEX estimates. These costs vary based on the equipment type, rental frequency, and operating conditions, but you can estimate a total maintenance budget using realistic assumptions.

Break it down into:

Cost Type Description Estimation Formula Example
(E-bike, 365-day lifecycle, scheduled maintenance once a month)
Total Scheduled Maintenance Regular servicing to keep equipment safe and compliant (e.g., thorough inspections, adjustments, lubrication, consumable part replacements) (Rental Days ÷ Service Interval) × Service Cost
OR
Rental Days × Avg. Scheduled Maintenance Rate
365 ÷ 30 × $40 = $486.67
Unplanned Repairs Unexpected repairs due to misuse, breakdown, or wear beyond maintenance Rental Days × Expected Failure Rate (%) × Avg. Repair Cost 365 × 0.05 × $100 = $1,825.00
Consumables Parts that wear out with usage (e.g., brake pads, tires, chains, belts) Rental Days ÷ Consumable Life Cycle × Avg. Consumable Replacement Cost 365 ÷ 90 × $50 = $202.78
TOTAL LIFECYCLE MAINTENANCE COST $2,524.44
MAINTENANCE COST PER ORDER Lifecycle Maintenance Cost ÷ Rental Days $2,524.44 ÷ 365 = $6.91

Neglecting this line item leads to breakdowns and costly downtime. Incorporating a fixed maintenance budget per rental day or cycle helps stabilize your pricing strategy and keeps your gear reliable.

Storage Costs

Your rental items take up space. Whether you store them in a warehouse, garage, or yard, storage carries real monthly overhead, especially for larger or seasonal fleets like heavy construction equipment or outdoor gear.

Storage isn’t just about where your gear sits — it’s about how much space it consumes, how long it stays idle, and how that space is paid for. Depending on your rental business’s size and complexity, there are two valid ways to approach storage costs when calculating rental pricing.

Option 1: The Simple Approach (Recommended for Most SMBs)

If you want to keep your pricing model lean and easy to manage, you can include storage costs as part of your monthly space rental in the fixed overheads. This means you treat rent, security, and warehousing utilities as general business expenses, just like software licenses or insurance, and absorb them across your fleet as part of your overhead allocation.

This approach works well when most of your gear is regularly in use and doesn’t sit idle for long periods.

Pros:

  • Easier to track and model
  • Suitable for smaller fleets or high-turnover items
  • Reduces pricing complexity
Option 2: The Detailed Approach

If your business rents out bulky or seasonal equipment (e.g., kayaks, trailers, scaffolding) with high idle time or uneven utilization, a more accurate approach is to separate storage costs from fixed overhead and allocate them based on actual idle usage per item.

This means you calculate:

  1. How many space days each item consumes when idle
  2. What percentage of your total warehouse footprint that represents
  3. How often the item is rented (to spread the cost per rental)

This way, items with higher idle time take on more storage burden, and you don’t overcharge fast-moving items that barely touch the shelf.

Variable Description Formula Example Calculation Result
Storage Size The physical portion of your facility used for storing rental inventory Proportion of Storage × Total Retail Space 0.33 × 3,000 sq. ft. 1,000 sq. ft.
Monthly Storage Cost Portion of the total facility rent attributed to the storage area Proportion of Storage × Total Retail Rent 0.33 × $6,000 $2,000/month
Required Space per Unit (E-Bike) Floor space each e-bike occupies when idle 15 sq. ft.
Storage Units Number of rentable e-bikes that can fit in the allocated storage space Storage Size ÷ Required Space per Unit 1,000 ÷ 15 66.7 units
Monthly Storage Cost per Unit Share of the storage rent cost attributed to each unit Monthly Storage Cost ÷ Storage Units $2,000 ÷ 67 $30
Monthly Idle Time per Rental Asset Average number of days each unit remains in storage per month (1 - Utilization Rate) × Days in Month 0.5 × 30 15 days
Monthly Total Fleet Storage Load Aggregate "space-days" used by the fleet (items × idle days) Fleet Size × Avg. Idle Days per Item 50 × 15 750 space-days
Storage Cost per Space-Day Cost of one unit occupying space for one idle day Monthly Storage Cost ÷ Fleet Storage Load $2,000 ÷ 750 $2.67 per space-day
Monthly Storage Cost per Item Monthly cost of storing one idle unit, based on idle time Idle Days × Cost per Space-Day 15 × $2.67 $40/month
Storage Cost per Order Cost of storage attributed to each rental order Monthly Storage Cost per Item ÷ Avg. Orders per Item $40 ÷ 15 rentals $2.67 per order

The example provided in the table offers a simplified framework to help rental business owners estimate storage costs per order, but it should not be taken as a one-size-fits-all solution. In reality, storage costs can vary significantly between product types. For example, e-bikes, scaffolding, and power tools all have very different space requirements and turnover rates. These differences, along with your cost basis, utilization rate, and storage conditions, mean that storage should be calculated separately for each product type in your inventory.

This model is intended as a practical guide to help you build your own cost estimation logic based on your specific business circumstances. Factors like your location, storage facility setup, and fleet composition all influence actual costs. Evaluating the true storage space needs for a rental business is a complex topic in itself, worthy of a dedicated article, as it involves layout design, inventory rotation planning, and logistics considerations.

That said, optimizing storage capacity in relation to fleet size and product type is essential for maximizing profitability in any rental business. The better you understand and allocate these hidden costs, the more confidently you can set prices that sustain and grow your business.

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Transportation Costs

If your rental company offers delivery or pick-up, you must include transportation costs in your pricing structure, whether baked into the rate or charged as a separate fee.

Typical In-House Transportation Costs

If you manage deliveries internally, your transportation-related costs typically include:

  • Driver wages or contractor fees
  • Fuel for delivery vehicles
  • Vehicle lease payments, depreciation, and maintenance
  • Labor hours for loading and unloading equipment
  • Transport insurance and liability coverage
  • Opportunity cost — time spent delivering is time not spent preparing inventory, handling maintenance, or assisting walk-in customers
Using a Delivery Partner

If you use a third-party delivery partner, your cost evaluation becomes more straightforward. Most logistics services offer fixed pricing per delivery or pick-up, making it easier to calculate and add to customer invoices. This predictability simplifies budgeting and eliminates the burden of managing fleet logistics internally, especially useful for small rental businesses.

Choosing Between a Delivery Partner vs. In-House Fleet
Decision Factor Delivery Partner In-House Fleet
Fleet Size Small or scaling Medium to large
Delivery Volume Low to moderate, or unpredictable High and consistent
Product Type • Standard items that don’t require assembly
• Durable goods
• Occasional high-quantity orders (e.g. chairs)
• Equipment requiring setup or training
• Fragile or valuable items
• Frequent deliveries of specialized gear (e.g. AV setups, event tents, inflatables)
Cost Management Fixed cost per trip, easier to predict Variable costs, needs tracking and cost recovery
Control & Brand Experience Less control, but offloads logistics Full control, branded vehicles, better customer touch
Startup Simplicity Fast, requires no capital investment Slower, requires investment in drivers and vehicles
Operational Complexity Lower Higher

Example (e-bike)

In the e-bike example, transportation costs are set at $0.00 because bike rental companies typically operate on a click-and-collect or walk-in model, so they do not have regular transportation costs.

Fixed Overhead Costs

Expenses required to keep the business running, regardless of how many rentals you process. These need to be absorbed into your pricing model, but are best calculated at the business level and allocated proportionally.

Let's continue with our e-bike rental example:

Fixed Overhead Item Description Monthly Cost ($)
Space Rent (2/3) Pro-rated portion of the total business rent allocated to non-storage areas (e.g. showroom, workshop, admin offices). Based on two-thirds of total rent ($6,000). $4,000
Insurance Business-wide insurance covering public liability, equipment, and premises. $5,000 ÷ 12 = $416.67
Admin and Salaries Salaries for non-operational roles such as customer service, sales, finance, and management. $4,000 (one full-time employee)
Utilities Monthly costs for electricity, heating, water, internet, phone, and waste management. $500
Marketing and Sales Paid ads, content creation, website management, and campaign budgets. $1,500
Software Licenses Subscriptions for rental software, POS systems, CRMs, bookkeeping tools, etc. $300
Monthly Total Sum of all fixed overheads incurred regardless of order volume. $10,716.67
Fixed Overhead per Order Monthly total divided by estimated order volume (e.g., 750 orders/month). $14.29

To calculate the overhead cost per order, divide the total monthly fixed overhead by the average number of rental orders per month. In the example above:

$10,516.67 monthly overhead ÷ 750 orders = $14.29 per order

This means each rental order must contribute at least $14.29 toward covering fixed overheads to keep your business sustainable. When added on top of the COGS, and variable costs, you get your breakeven price point.

Tip:

f your order volume fluctuates significantly across months, use a 3–6 month rolling average for more accurate allocation.

Depreciation

Every time a customer rents a piece of equipment, it loses a little value. Depreciation accounts for the gradual wear-and-tear and decline in resale value over time.

Track:

  • Original purchase price
  • Expected usable lifespan (in months, days, or rentals)
  • Residual resale value

For example, if a $3,000 piece of equipment (the same e-bike we have used as an example) has a resale value of $1,000 after 365 rental days (over the 2-year period), you’re losing $2,000 across those days. This means $5.48 in depreciation per order.

Rental management systems like TWICE can automate depreciation calculations and resale value, helping you price rental items based on lifecycle stage, usage, and condition.

Total Cost per Rental Order

Based on the e-bike example breakdown provided in the previous sections, the total cost per rental order comes to approximately $47.84. This figure is calculated across an estimated 365 rental orders over the lifecycle of one unit, incorporating all relevant cost classes.

Here’s how it breaks down:

  • COGS: The initial purchase price ($3,000) plus setup costs ($100), allocated across the unit’s lifecycle, result in a per-order cost of $8.49.
  • Operating Expenses: These include scheduled checks, unplanned maintenance, and consumables, totalling $2,524 across the lifecycle, or $6.92 per order.
  • Storage Costs: Based on idle time and allocated warehouse costs, storage adds $2.67 per order.
  • Fixed Overhead: General business costs such as space rent, insurance, admin salaries, utilities, marketing, and software total $10,717/month and are distributed as $14.29 per order assuming a steady rental volume.
  • Depreciation: Asset value reduction adds $5.48 per order, calculated across the lifecycle.

Depending on your desired profit margin, this total cost forms your pricing baseline. From here, you can build a final rental fee that supports your rental business’s profitability, market conditions, and growth ambitions.

Determine Your Rental Rate by Adding Profit Margin

Once you understand your costs, it's time to set your rental price.

Following the example laid in the previous sections, next it's time to add a profit margin on top of the total costs per order based on your financial goals and market conditions.

Let’s break down the rental pricing for an e-bike.

Cost Component Amount ($)
Total Cost per Order $47.84
Target Profit Margin (50%) 0.5 × $47.84 = $23.92
Recommended Rental Price (1-day, excluding taxes) $47.84 + $23.92 = $71.76

Additional Considerations and Tips to Optimize Your Pricing Strategy

Research the Rental Market and Competitors

Pricing rental equipment in isolation from the market is risky. Aim to offer competitive rental rates while differentiating with service, availability, or value-added perks. To set appropriate rental prices, perform market research to understand:

  • Local competitors’ rates
  • Seasonal demand fluctuations
  • Rental duration preferences (daily, weekly, monthly rentals)
  • Market expectations for package deals or services

When analyzing competitor pricing, ask:

  • Are they charging extra for delivery?
  • Do they offer tiered rates for longer rental periods?
  • What’s their pricing strategy for peak seasons?

Your estimated rental rate should fall within a competitive band. Differentiation and potential competitive advantage are achieved through product range, service level (digital and physical), and brand.

Use Tiered and Dynamic Pricing to Increase Utilization

Your customers come with different needs. Some want a quick one-day tool rental; others need equipment for a week or more. If your rental price per day is flat, you’re missing an opportunity to optimize rental income and encourage longer bookings.

This is where tiered pricing and dynamic pricing models come in — both of which can be implemented easily with modern rental management software like TWICE.

What is a Tiered Pricing Model?

A tiered pricing model charges different daily rates depending on the length of the rental. This encourages customers to rent for longer periods by offering better value as duration increases.

Example:

Rental Duration Rate per Day Total Cost
1 Day $72 $72
3 Days $62 $186
7 Days $52 $364

Encouraging customers to book longer durations:

  • Improves cash flow predictability by securing more revenue upfront per booking, making financial planning easier.
  • Increases inventory utilization increases as items spend more time rented and less time sitting idle between short bookings.
  • Helps you save on variable costs like cleaning, inspections, and customer service by reducing the number of turnovers per item.
  • Streamlines operational workflows: fewer pickups, fewer handovers, and less strain on logistics teams.

What is a Dynamic Pricing Model?

Dynamic pricing means adjusting your rental rates based on real-time or forecasted changes in market demand, seasonality, customer segments, or inventory availability.

You might charge:

  • Higher rates during peak demand (weekends, holidays, summer)
  • Lower rates during off-peak periods to boost utilization
  • Premium pricing for last-minute bookings
  • Variable pricing based on customer segment (e.g., member vs. one-time customer)

Example:

Date Rate per Day Reason
July 15 (weekday) $72 Regular summer rate
July 19 (Saturday) $80 Weekend surge pricing
August 10–14 $60 Midweek promotional
Sept 1–30 $50 Post-season discount

Dynamic pricing ensures you're capturing maximum value during high-demand periods and staying attractive during slow seasons.

With TWICE, you can:

  • Set automated rules (e.g., +10% on weekends)
  • Run scheduled promotions for underutilized inventory
  • Trigger pricing updates based on customer segment, sales channel, and product variant

How Tiered and Dynamic Pricing Work Together

Combining both models is where pricing becomes a strategic advantage:

  • Use tiered pricing to increase booking lengths.
  • Layer in dynamic pricing to reflect seasonal or time-sensitive demand.

Example:

Duration Base Daily Rate Weekend Rate Holiday Rate
1 Day $72 $80 $85
3 Days $62/day $70/day $75/day
7 Days $52/day $60/day $65/day
30 Days $35/day N/A N/A

Combined approach:

  • Protects your margins during high demand.
  • Increases asset utilization over the long term.
  • Balances demand between peak and off-peak seasons

Automate for Accuracy and Scale

Manual pricing adjustments are time-consuming and error-prone. Use a rental software like TWICE to automate:

  • Tiered pricing tables per product or category
  • Dynamic rules for calendar-based demand
  • Location and sales channel specific pricing
  • Customer-specific discounts or contract rates

By doing so, your rental company stays competitive regardless of the season or customer mix.

Don’t Forget Resale Value and Lifecycle Optimization

Every piece of equipment has a lifecycle, and pricing should reflect both its rental performance and eventual resale value.

If an item performs well in rentals, you may delay resale. But once repair costs increase or demand drops, it’s often more profitable to sell it at a depreciated value than to continue renting.

TWICE helps you to:

  • Track equipment value over time
  • Suggest optimal resale timing
  • Adjust pricing based on condition and usage

This creates a feedback loop where each rental unit contributes to long-term profit, first through bookings, then through resale.

Monitor Profitability and Adjust Regularly

Your pricing strategy isn’t static. As your rental industry evolves, your business must too.

  • Track rental income per item
  • Analyze cash flow and profit margins
  • Compare forecasted vs. actual equipment rental costs
  • Optimize for top performers, cut losses on underperformers

Use rental analytics dashboards to stay agile. Adjust pricing, retire poor performers, and double down on popular inventory.

Package Smart, Price Smarter

Customers love simplicity. Create package deals that group items (e.g., “Bike Touring Kit” or “Camera Body + Lens”) to increase average booking value while simplifying decision-making.

Offering value-added services is also a great way to increase the average order value and profit margin. Consider things like:

  • Delivery and setup
  • Additional insurance
  • Tours, lessons, and other experiences
  • Consumables

These can justify higher rental fees while improving customer satisfaction.

Final Thoughts

Pricing rental equipment isn’t about following the crowd — it’s about building a model that reflects your costs, your market, and the value your service provides.

Whether you rent out construction tools, bikes, event gear, or anything in between, a well-calculated pricing strategy gives you control over cash flow, utilization, and profitability. It’s one of the most effective levers you have to increase margins without adding complexity.

Don’t treat pricing as an afterthought. It’s a core part of your business model — and one of the easiest ways to make a good rental business great.

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