Cambridge, UK · Pilot-stage urban logistics

Deliver locally.
Move lightly.

Locust designs and validates local drone operations before customers buy aircraft or councils commit public space. The output is a route decision, an integration plan and measurable pilot gates, not a speculative network.

Built around Local merchants Measured safety Shared infrastructure
Cambridge network model Simulation online
Operations hub
Priority corridor
Modeled cost£3.15per delivery
Modeled range2.8 kmaverage route
Fleet state 24 aircraft modeled
Airspace3 restricted zones routed
Open console ↗
1,456deliveries / day
46%modeled contribution margin
88%on-time in current run
64 Whenergy / delivery

Locust simulation outputs, not operational results. Method and limitations [12]

One partner from model to operation

Model the network. Integrate the aircraft. Build the infrastructure.

Locust provides the three connected service layers required to move from an idea to a controlled civil-RPAS operation. Customers can begin with simulation alone, then add aircraft and infrastructure only when the evidence supports investment.

Scope a programme
01

Simulation setup

Build a decision-grade digital twin of the aircraft, routes, demand, airspace, energy, safety constraints and operating economics.

  • Scenario and network design
  • Risk, energy and cost modeling
  • Evidence and deployment roadmap
02

Drone setup

Select, integrate and configure the aircraft, autonomy, payload, communications and operating procedures for the validated mission.

  • Aircraft and payload integration
  • Autopilot, C2 and HIL validation
  • Maintenance and operating concept
03

Infrastructure setup

Design and deploy the physical and digital systems that make repeatable operations possible.

  • Hubs, pads, charging and storage
  • Connectivity and operations control
  • Monitoring, reporting and scale plan
What the customer receives

Named decisions, files and acceptance criteria.

Each engagement ends with a proceed, redesign or stop recommendation. The work is useful even when the correct answer is to keep the mission on the ground.

Simulation outcome

An investable route decision

A versioned evidence pack that identifies the practical aircraft, route, hub, staffing and price envelope.

  • Demand and basket baseline
  • Aircraft contender matrix
  • Risk, energy and reserve cases
  • Ground-mode comparison
  • Costed deployment roadmap
Aircraft outcome

An integrated test article

A configured aircraft and payload system with repeatable bench and hardware-in-the-loop tests.

  • Interface and payload definition
  • C2 and telemetry integration
  • Failure and contingency campaign
  • Maintenance and spares plan
  • Operator evidence handover
Infrastructure outcome

A bounded operating system

A hub and control design with accountable people, operating limits and measurable service reporting.

  • Site and electrical design
  • Charging, storage and fire controls
  • Monitoring and audit trail
  • Complaints and incident workflow
  • Expansion and stop gates
Built to learn before we spend

Model first.
Pilot second.
Scale on evidence.

Our Cambridge digital twin combines road data, synthetic merchant demand, flight corridors, battery behavior, weather limits and restricted airspace. UK BVLOS operations require an appropriate CAA Operational Authorisation; simulation does not provide one.1

Launch interactive model
01

Map the operating area

Demand, rooftops, no-fly zones, hubs and safe recovery points are modeled together.

02

Stress-test the service

Run weather, outage, battery, demand and fleet scenarios before field operations.

03

Run a bounded pilot

Start with selected routes, times and payloads under an agreed operating framework.

04

Publish, review, expand

Share outcomes and expand only where safety, demand and economics support it.

Decision-grade evidence

A pitch is not proof.
So we expose the assumptions.

Every headline number is tied to a route, fleet, demand, tariff and staffing assumption. The current sweep covers 270 physical scenarios and 810 cost evaluations; it contains no Locust flight measurements.12

Illustrative unit economicsCambridge · 24-drone scenario
Revenue / delivery£5.87
Cost / delivery£3.15
=
Contribution / delivery£2.72
Maintenance & fleetCore
Operations & labourVariable
InfrastructureShared
Insurance & complianceControlled

Scenario output changes with utilization, route length, pricing and fleet assumptions. Figures exclude financing and tax.

A practical council proposition

One controlled pilot.
Clear public safeguards.

We are not asking a city to approve an unlimited network. We propose a jointly designed trial with explicit geography, hours, payloads, weather limits, reporting and pause conditions. The authorised operator remains accountable for the operation and CAA approval.2

See the cooperative compact
01

Restricted by design

Geofenced routes avoid sensitive sites and can be changed before deployment.

02

Community visibility

Publish operating windows, routes, contacts and plain-English performance reports.

03

Measurable public value

Compare road miles, delivery time, energy use, noise and service access.

04

Agreed stop conditions

Weather, safety, noise and incident thresholds pause operations automatically.

Proposed first deployment

A bounded pilot should produce a decision, not just a demonstration.

1 hub3–5 routesSelected merchants12-week evaluation
Partners wanted — Cambridge

We're actively looking for partners to put drones in the air over Cambridge.

We bring the validated digital twin, the route, risk and economic evidence, and the local council and regulatory groundwork for a bounded, geofenced pilot. We're looking for drone manufacturers and BVLOS operators to supply the aircraft and operational capability — a low-risk, evidence-led way to enter a new UK city with the safety case already mapped.

If you build or operate delivery, inspection or logistics drones and want a de-risked Cambridge deployment, let's talk.

Partner with Locust
Aircraft / OEMBVLOS operatorCambridge siteLogistics partner
Proposed pilot acceptance gates

Expand only when the evidence clears every owner.

Thresholds are agreed with the operator, customer and council before operations. A miss triggers redesign or pause rather than retrospective justification.

Decision areaMeasureProposed evidenceDecision owner
SafetyNo uncontained loss of control or reserve breachFlight logs, occurrence record, contingency reviewAuthorised operator
ServiceCompletion and on-time performance against agreed route targetAccepted, completed, delayed and cancelled missionsCustomer
Public impactNoise, complaints and privacy events remain within agreed limitsAcoustic measurements, complaint log, data auditCouncil / site owner
EconomicsMeasured cost and labour per completed delivery beat the agreed alternativeLabour, maintenance, energy and infrastructure ledgerCustomer / Locust
DemandEnough eligible orders accept the service without unfair pricingQuotes, accepts, abandonments and basket mixCustomer / council
Work with us

Bring us a route,
a neighbourhood,
or a hard question.

We are speaking with drone manufacturers and BVLOS operators, Cambridge-area merchants, logistics operators, public bodies, landowners and early-stage investors.

Contact Locust
Drone operator partnershipMerchant pilotCouncil briefingInvestmentSite partnership