Logistics Robot ROI — How to Calculate the Real Cost and Return
October 31, 2026
What Does It Actually Cost to Deploy Logistics Robots?
The first question in any logistics robot discussion is cost and payback. But looking at the robot's sticker price alone leads to wrong conclusions. Real deployment costs include software, peripheral equipment, installation, training, and ongoing maintenance on top of the hardware.
This guide breaks down the actual cost components and shows how to calculate ROI for warehouse and logistics automation.
Cost Structure: 4 Components
1. Robot Hardware
A collaborative palletizing robot (6-axis arm + gripper + vision) typically costs KRW 50–150M (USD 35K–110K). AGVs/AMRs range from KRW 30–80M (USD 22K–60K) per unit, depending on payload capacity, navigation method, and safety rating.
Hardware accounts for 40–60% of total deployment cost. The remaining 40–60% comes from the items below.
2. Software
A single robot runs on basic control software. Two or more robots require a fleet management system for task allocation, path conflict prevention, and status monitoring. Fleet software typically costs 10–25% of hardware cost, plus integration fees if connecting to existing WMS or MES systems.
3. Installation & Engineering
Floor preparation, charging stations, safety barriers, network infrastructure, and power connections. For palletizers, this includes conveyor connections and pallet dispensers. Installation costs 15–30% of total, varying significantly by site condition.
4. Training & Maintenance
Operator training (1–2 weeks) and annual maintenance contracts. Annual maintenance runs 5–10% of hardware cost, covering consumables like gripper pads and batteries.
Where the Return Comes From
1. Labor Cost Reduction
The most direct benefit. Replacing two shift workers on a palletizing line with one robot saves their fully loaded annual cost (salary + benefits + insurance) minus robot operating costs.
Example: 2 workers at KRW 40M/year each = KRW 80M. Robot operating cost (power + maintenance) = KRW 10M. Annual savings: KRW 70M.
2. Throughput Increase
Robots operate 24/7 without breaks. Palletizing throughput typically improves 30–50% versus manual operation. The incremental output converts to additional revenue or reduced outsourcing cost.
3. Quality & Safety
Reduced stacking errors and fewer workplace injuries. Harder to quantify but meaningful — especially for heavy-load processes where injury-related costs (medical, insurance, downtime) add up.
Payback Calculation Example
For one collaborative palletizing robot:
| Item | Cost |
|---|---|
| Robot + Gripper + Vision | KRW 80M |
| Fleet Management Software | KRW 15M |
| Installation & Engineering | KRW 30M |
| Training | KRW 5M |
| Total | KRW 130M |
| Item | Annual Amount |
|---|---|
| Labor savings (2 workers) | KRW 80M |
| Throughput improvement | KRW 15M |
| Robot operating cost (subtract) | -KRW 10M |
| Net annual benefit | KRW 85M |
Payback period = KRW 130M / KRW 85M = approximately 1.5 years
With a 50% government subsidy, the effective investment drops to KRW 65M and payback shortens to about 9 months.
How Roboe Can Help
Roboe Technologies provides end-to-end support — from process analysis and robot selection to ROI calculation, government subsidy applications, installation, and operations with our MOROS fleet management platform.
Visit our government support page to request a consultation.