Autonomous Forklift RFP & Tender Guide
Buying an autonomous forklift fleet through a procurement process — whether RFP, tender, or formal capital approval — demands a tighter specification than buying conventional forklifts. The technology is more software than hardware, integration touches WMS and ERP, and vendor differentiation is in capability rather than chassis. This guide covers what to write into your RFP, what evaluation criteria matter, and the qualification questions that filter strong vendors from marketing-only ones.
RFP Section 1: Site & Operational Profile
Strong RFPs lead with hard data, not aspirations. Vendor responses are only as good as the inputs you provide:
- Building dimensions: gross floor area, clear height, column grid, dock count and dimensions
- Existing racking: type (selective, drive-in, push-back), beam levels, aisle widths
- SKU profile: pallet types (CHEP, Loscam, slip-sheet, EUR), pallet weights min/max/average
- Throughput: pallets received per shift, pallets despatched, internal moves per shift
- Shift pattern: 1-shift, 2-shift, 3-shift; days operating per week
- Existing WMS / ERP / WCS: vendor, version, integration appetite
- Floor surface: levelness (FF/FL specs if known), surface treatment, drainage features
- Connectivity: existing Wi-Fi coverage, 5G availability, network segmentation
RFP Section 2: Functional Requirements
Specify functional outcomes, not technology. "The fleet shall transit X pallets per hour between dock A and rack location B with 99.5% uptime" is stronger than "the fleet shall use LIDAR." Required functional categories:
- Throughput — pallets per hour minimum, peak factor (e.g. 1.4x average)
- Availability — required uptime percentage, planned maintenance windows
- Safety — AS/NZS ISO 3691-4 compliance, Cat 3 PL d functional safety, emergency stop response time
- Integration — required WMS interfaces (real-time API, batch file, MQ messaging), data flow direction
- Fleet management — dashboard requirements, mobile alerts, reporting cadence
- Cybersecurity — ASD Essential Eight baseline, on-premises vs cloud, data sovereignty
- Operator interaction — mixed-fleet behaviour, pedestrian detection performance
RFP Section 3: Vendor Qualification Questions
Reference Sites
Ask for 3+ Australian deployments with site visits available. Reject vendors offering only overseas references — deployment lessons don't translate cleanly across regulatory and operational environments.
Local Field Service
Ask for response-time SLAs in writing, with named field engineers and depot stock holdings. Generic "24/7 support" without backing detail is the most common red flag.
Software Update Policy
Ask: how are firmware updates rolled out? Is testing/staging available? What's the rollback procedure? Vendors without staged release processes will deploy untested updates onto your live fleet.
Spare Parts Availability
Ask for written commitments on parts availability for 7-10 years post-purchase. Battery, drivetrain, and LIDAR module availability are the typical failure points for orphaned fleets.
RFP Section 4: Commercial & Evaluation Criteria
Most autonomous forklift RFPs over-weight capex price and under-weight operating support. Recommended evaluation weighting:
| Criterion | Recommended Weighting | Why |
|---|---|---|
| Capex price | 20-25% | One-off; less impactful than ongoing performance |
| 5-year TCO | 20-25% | Total operating cost — the real economic comparison |
| Functional fit / throughput modelling | 15-20% | Will the fleet actually deliver the required performance? |
| Local field support | 10-15% | Day-to-day operating reality |
| Reference site quality | 10-15% | Has the vendor delivered comparable scope before? |
| WMS integration capability | 5-10% | Integration determines actual ROI |
| Cybersecurity & compliance | 5-10% | Risk-mitigation, often non-negotiable for enterprise |
Common RFP Mistakes
- Asking for proprietary specs — e.g., "shall use brand X LIDAR" locks you into one vendor
- Vague throughput requirements — "high throughput" can't be evaluated; specify pallets/hour
- Ignoring change-of-contract risk — require continuity-of-service plans for vendor change
- Over-specifying technology — functional outcomes filter capability better than technology specifications
- Single-stage evaluation — complex RFPs benefit from RFI → shortlist → RFP stages, not a one-shot tender
Robots Now! RFP Response Approach
We respond to autonomous forklift RFPs and tenders across Australia. Our standard response includes a site-specific throughput simulation, 5-year TCO modelling against your existing operating cost base, named local field service commitments, written software lifecycle policy, and reference visits to comparable Australian deployments. Contact us if you'd like a sample RFP response or template language for your own procurement.