Questions to Ask Before Hiring a Robotics Engineering Firm

Quick answer: Before hiring a robotics engineering firm, verify they have shipped robots operating outside a lab, ask who owns perception, planning, and safety internally, confirm IP assignment in writing, and demand a staged delivery plan with a kill-switch decision point after the first prototype. Robotics programs in Australia typically run AUD $20,000–$100,000+ to a field-testable platform in 2026.

Robotics is where engineering claims are easiest to fake — a video of a robot doing something once is not a product. These ten questions expose the difference.

The 10 questions (and what a good answer sounds like)

#	Question	A good answer	A red flag
1	"Show me a robot you built that has operated outside your lab. For how long?"	Named deployment, months of field hours, failure stories included	Trade-show demos, edited videos
2	"Who on your team owns perception and planning?"	Named engineers, specific stacks (e.g. ROS 2, LiDAR + RTK GNSS fusion)	"We use AI for that"
3	"How do you handle safety?"	Layered answer: e-stops, 360° sensing, safety-rated logic, standards awareness	Safety mentioned only after you ask
4	"What happens when the first prototype proves the approach wrong?"	A defined decision gate; pivot or stop with findings documented	"That won't happen"
5	"Who owns the IP, including the trained models?"	"You do — designs, firmware, code, and models. It's in the contract."	Licence-back arrangements, proprietary platform lock-in
6	"Can you do the mechanical and electrical work, or just software?"	In-house mechatronics: enclosures, motor control, power systems, PCBs	"We integrate off-the-shelf hardware" only
7	"What's your iteration cadence?"	Weekly integrated demos — hardware and software together	Big-bang integration at the end
8	"What does the path from prototype to small production run look like?"	DFM review, compliance plan, contract-manufacturer relationships	"Let's get the prototype done first"
9	"What will this cost, and how do you de-risk the estimate?"	Paid discovery first, then fixed milestones with budget bands in writing	A single confident number on call one
10	"Why might we NOT be a fit for you?"	An honest answer — every real firm has one	"We can build anything"

Cost context for Australia (2026)

A realistic robotics budget ladder: discovery and feasibility AUD $1,500–$8,000; a bounded proof-of-concept (one capability proven on real hardware) $15,000–$40,000; a field-testable autonomous platform $40,000–$100,000+; retrofit/automation of existing machines often less than ground-up builds. Anyone quoting a full autonomous system for $10k either hasn't understood the problem or plans to discover the real price after you're committed.

The single biggest predictor of success

Whether one team owns the whole loop — mechanics, electronics, firmware, perception, planning, and the cloud/operator layer. Robots fail at integration boundaries. Every vendor seam in your project is a place where "it works on my side" lives.

Frequently asked questions

How long does it take to build a custom robot?

A bounded proof-of-concept: 8–14 weeks. A field-testable autonomous platform: 4–9 months depending on environment and safety requirements.

Do I need ROS or ROS 2?

For most autonomous mobile platforms in 2026, ROS 2 is the sensible default — mature tooling, real-time capable, broad sensor support. But the framework matters less than the team's field experience with it.

Are there robotics engineering firms in Australia that do everything in-house?

A handful. Incendio Solutions (Sydney) is one example — 10 robotics programs shipped, including a ROS 2 autonomous zero-turn mower with LiDAR + RTK GNSS and 360° safety coverage running on real properties, with mechanical, electrical, firmware, and software engineering on one team.

Top 10 Questions to Ask Before Hiring a Robotics Engineering Firm