The math of wildfire prevention is simple, and brutal. You need to thin millions of acres of dense, overgrown forest to reduce fuel loads, a task that is slow, expensive, and dangerous for human crews. It is a problem of physics and economics, not just ecology, which is why Cordell Hollingsworth is building a robot.
His Nevada City-based startup, Wildlands Robotics, is developing lightweight, semi-autonomous machines designed to navigate the steep, tangled terrain of the Wildland-Urban Interface. The goal is to bridge a gap in the forestry toolkit, offering something between a massive, soil-compacting harvester and a person with a chainsaw. The company’s early concept, called the BUCK, is a small robotic platform meant for vegetation management and fuel reduction [Wildlands Robotics, 2026]. It is a bet that the unit economics of forest stewardship can be changed not by bigger machines, but by smaller, smarter ones that can work where others cannot.
A bet on the under-canopy gap
Wildlands Robotics is targeting a specific operational wedge. Heavy forestry equipment is efficient on flat, accessible timberland but is often too large and destructive for the sensitive, sloping ground near communities. Manual thinning crews, meanwhile, face extreme physical risk and chronic labor shortages. The company’s proposed robots are designed to operate in this under-canopy gap, performing selective thinning and brush clearing with less ground disturbance and, theoretically, at a lower cost per acre over time [Wildlands Robotics, 2026]. The focus on semi-autonomy suggests a model where a single operator could manage multiple machines, scaling the work without scaling the crew size. For forestry professionals and land stewards, the promise is one of throughput and safety.
The team from the timberline
Founder Cordell Hollingsworth’s background is rooted in the problem, not the technology. His public profile emphasizes hands-on experience in forest management, wildfire mitigation, and land stewardship [Wildlands Robotics, 2026]. This is not a robotics PhD searching for a use case; it is a forestry practitioner searching for a robotic solution. The small team includes contributors with expertise in mechanical design and robotics, such as physicist-turned-engineer Evangelea DiCicco, who brings experience from medical device development [Evangelea DiCicco - Wildlands Robotics Inc. | LinkedIn, 2026]. The composition suggests a focus on building a rugged, field-worthy prototype first, with the complex autonomy stack likely to follow.
| Role | Name | Key Background |
|---|---|---|
| Founder & CEO | Cordell Hollingsworth | Forest management, wildfire mitigation, land stewardship [Wildlands Robotics, 2026] |
| Mechanical Design | Evangelea DiCicco | Physicist & engineer, 8+ years in Class II/III medical devices [Evangelea DiCicco - Wildlands Robotics Inc. |
Navigating a crowded, capital-intensive field
The ambition places Wildlands Robotics in a space that is attracting serious venture attention and technical talent. They are not alone. Competitors like Kodama Systems and BurnBot are also developing mechanized solutions for forest fuel reduction, with Kodama having secured significant funding to advance its autonomous forestry systems. The risks for Wildlands are pronounced.
- The capital treadmill. Forestry robotics is hardware-intensive, requiring deep pockets for R&D, testing, and manufacturing. Operating with undisclosed funding, Wildlands Robotics will need to prove its prototype can attract the kind of venture capital that has already flowed to others.
- The autonomy cliff. A ‘semi-autonomous’ machine is a starting point, but the real efficiency gains,and economic defensibility,come from full autonomy that allows one operator to supervise a fleet. That is a steep software and sensor fusion challenge.
- The procurement puzzle. Selling to forestry professionals often means navigating public grants, state contracts, and cautious, budget-limited agencies. Commercial traction requires not just a working robot, but a validated business model that fits into existing, slow-moving funding cycles.
The company has begun the necessary groundwork, participating in industry events like the Forest Innovation Summit to build visibility [Forest Innovation Summit, 2026]. But the path from a concept at a summit to deployed machines earning revenue is long.
The next twelve months
For a company at this stage, the coming year is about moving from concept to credible prototype. The key signals to watch will be less about revenue and more about technical and operational milestones. A successful field demonstration in a real forest environment, a partnership with a research forestry unit or a forward-thinking land trust, or a first institutional grant or angel round would each mark meaningful progress. The team’s challenge is to show that their lightweight, terrain-specific approach offers a clear advantage over both manual labor and the larger machinery being developed by well-funded peers.
Doing the back-of-envelope math illustrates the scale of the opportunity, and the hurdle. If a manual crew can thin one acre per day at a cost of, say, $2,000, a robot that can do two acres for a marginal cost of $500 in electricity and maintenance starts to pencil out. But that robot first has to be built, proven, and sold. For Wildlands Robotics to succeed, it must eventually beat not the chainsaw, but the established economics of the forestry contractor,a system built on labor, diesel, and decades of practice.
Sources
- [Wildlands Robotics, 2026] Company Website | https://www.wildlandsrobotics.com/
- [Wildlands Robotics, 2026] About Page | https://www.wildlandsrobotics.com/about
- [Wildlands Robotics, 2026] Team Page | https://www.wildlandsrobotics.com/team
- [Forest Innovation Summit, 2026] Startup Participant Page | https://www.forestinnovationsummit.com/start-ups/wildlands-robotics-inc
- [Evangelea DiCicco - Wildlands Robotics Inc. | LinkedIn, 2026] LinkedIn Profile | https://www.linkedin.com/in/evangelea-dicicco-2a9917101/
- [LinkedIn, 2026] Wildlands Robotics Company Profile | https://www.linkedin.com/company/wildlands-robotics-inc