Custom Drone Solutions by Sector
When a stock drone can’t carry your sensor, reach your endurance target, or clear your compliance bar, we engineer the platform around the mission — in-house, in Florida.
Yes — building to a customer’s use-case is what Harris Aerial does. Because every Carrier airframe shares a modular, USA-machined design and a universal quick-release payload bay, our Florida engineering team can match the right frame, powertrain, and sensor stack to your mission instead of forcing you into an off-the-shelf box. Send us your payload and requirements, and we spec the platform around it.
We Build to the Mission, Not the Catalog
Most drone vendors sell you the frame they already build and leave you to bolt a sensor on top. Harris works the other way around: we start with what you need to carry, how long you have to stay up, and where you have to fly, then configure a Carrier platform to fit.
Because the airframes are designed and machined in-house in Florida, changes to mounting, power, and data routing are engineering decisions we can actually make — not overseas tickets that never close. If a stock drone has ever been the reason you couldn’t fly a mission, that’s exactly the conversation to bring to our team.
- Payload-first design — we size the frame, powertrain, and mount to your sensor, not the reverse.
- In-house machining — parts are cut in Florida, so custom brackets and interfaces are a design task, not a supply-chain gamble.
- Universal quick-release bay — one dampened mount carries the whole Harris payload library and swaps in seconds.
- Powertrain to match — battery, hybrid gas-electric, or hydrogen, chosen for the endurance your mission demands.
- Direct engineering line — you talk to the people who build the aircraft, not a reseller.
- Domestic supply & support — USA-made hardware with NDAA/TAA-aligned sourcing and stateside service.
Sectors We Build For
A sample of the missions customers bring us — if yours isn’t listed, it’s probably still in reach.
Custom Payload Integration
Bring us your sensor stack — LiDAR, EO/IR, hyperspectral, or a bespoke instrument — and our team handles the airframe, power, data interface, and mount so it flies as one system.
Heavy-Lift Cinematography
Cine cameras, heavy gimbals, and lighting rigs push past what most drones can lift. The Carrier H6HL heavy-lift class carries pro film payloads with the motor redundancy a shoot day demands.
Industrial Lift & Inspection
Place equipment on hard-to-reach structures, move payloads to remote sites, or fly close-in inspection sensors over plants and infrastructure — all on a frame built to haul real weight.
Research & University R&D
Labs use Carrier airframes as stable flying testbeds for atmospheric sampling, remote-sensing experiments, and autonomy research, with power and data interfaces exposed for their own instruments.
Mining & Aggregates Survey
Fly survey-grade LiDAR and photogrammetry over pits and stockpiles for volumetrics and site models, with hybrid endurance to cover large claims in fewer sorties.
Precision-Agriculture Sensing
Multispectral and hyperspectral payloads capture NDVI, crop-health, and vegetation indices across large acreage, with endurance options that keep the sensor over the field longer.
Carrier Airframes, Configured to Fit
Every use-case on this page runs on the same modular Carrier family. You define the mission; we pick the frame, powertrain, and payload interface that meet it — and because they share one quick-release mount, a platform bought for one job can be re-tasked for the next.
Carrier H6HL — Heavy-Lift Class
Our heaviest-lifting multirotor and the workhorse behind film rigs, industrial lift, and heavy multi-sensor stacks. When capacity is the constraint, this is the frame.
Carrier HX8 — Redundancy Class
A coaxial X8 layout gives eight-motor redundancy for payloads and flights where a single point of failure isn’t acceptable — inspection, cinematography, and sensitive instruments.
Carrier H6 Hybrid — Multi-Hour Endurance
A gas-electric generator stretches time-on-station into the multi-hour range for wide surveys, long inspections, and large agricultural blocks.
Carrier H6 Hydrone — Hydrogen & Water-Capable
Hydrogen fuel-cell power for clean, quiet, long-endurance flight, in a water-capable build for over-water and marine missions.
HX8 Tether — Persistent Power
Tethered for continuous ground power and a high-bandwidth data link, this variant is built for fixed-site overwatch, comms relay, and monitoring that has to stay aloft.
Modular Payload Bay
One universal quick-release connector, switchable 12V/24V/48V power, and full data interfaces carry the entire Harris payload library — swap sensors in seconds, or bring your own.
Not sure which frame fits? That’s the normal starting point. Compare the full lineup on the Carrier drones page, browse the sensor options on the payloads page, then talk to our engineering team — we’ll spec a platform around your mission and your compliance requirements.
Custom-Engineered vs Off-the-Shelf
The gap between a platform built around your mission and a drone you adapt to shows up fast. Here’s how a Harris custom-engineered Carrier compares with a typical off-the-shelf aircraft.
| Factor | Harris custom-engineered platform | Off-the-shelf drone |
|---|---|---|
| Payload flexibility | Frame, mount & power sized to your sensor | Fixed to the vendor's supported list |
| Custom integration | In-house team integrates your stack | Limited, or third-party only |
| Endurance options | Battery, hybrid gas-electric, or hydrogen | Usually battery only |
| Domestic engineering support | Direct line to the Florida builders | Overseas or reseller support |
| USA-made | Designed & machined in the USA | Imported or overseas assembly |
| Modularity | Universal quick-release across the fleet | Proprietary, model-locked mounts |
Compliance and specs evolve — contact us for current documentation.
Key Takeaways
- If off-the-shelf drones can’t carry your payload or meet your endurance, Harris builds the platform around the mission instead.
- One modular Carrier family covers film, industrial, research, mining, and agriculture — re-taskable as your needs change.
- In-house Florida machining means custom brackets, power, and data interfaces are engineering decisions, not supply-chain risks.
- USA-made, NDAA Section 848-aligned hardware with a direct line to the engineers who build it.
Custom Drone Questions, Answered
Can Harris build a drone around my specific payload?
Yes — that’s the core of what we do. Send us your sensor or instrument with its power, weight, and data requirements, and our integration team specs the airframe, mount, power bus, and data interface to fit. The universal quick-release bay and in-house machining mean most payloads can be integrated without a clean-sheet aircraft.
How much can your heavy-lift drones carry?
The Carrier H6HL is our heavy-lift-class multirotor and the frame we reach for when capacity is the constraint, such as cine rigs and heavy multi-sensor stacks. Exact payload ratings vary by configuration and powertrain — see the Carrier platforms page for current figures.
What industries do you build for?
Customers come from film and cinematography, industrial inspection and lift, university and government research, mining and aggregates, surveying, agriculture, and utilities, among others. Because the platform is modular, the sector matters less than the payload and the mission. Our applications overview shows more of where Carrier aircraft fly.
How long can the aircraft stay in the air?
Endurance depends on the powertrain. Battery frames suit short, quiet sorties, while the hybrid gas-electric Carrier H6 Hybrid and hydrogen Carrier H6 Hydrone push time-on-station into the multi-hour range. We match the powertrain to the mission rather than quoting one number for every job.
Are your drones NDAA and TAA compliant?
Harris aircraft are designed, machined, and assembled in the USA on a domestic supply chain, and the architecture is built to be NDAA Section 848 compliant and TAA-aligned. If your program has specific documentation requirements, contact us for the current paperwork.
Do you integrate a sensor you don't already sell?
Often, yes. The payload bay exposes a universal quick-release connector, switchable 12V/24V/48V power, and full data interfaces, so third-party and custom sensors are usually a matter of engineering rather than a redesign. Bring us the sensor stack and we’ll tell you what’s involved.
Can I control the aircraft with my own software or ground station?
Carrier platforms ship with the Harris ground-control ecosystem, and many research and enterprise customers also need to tie into their own stacks. Tell us your autonomy or GCS requirements and we’ll scope the interface — see ground control for what ships as standard.
Do you offer a tethered option for persistent operations?
Yes. The HX8 Tether delivers continuous ground power and a high-bandwidth data link for fixed-site overwatch, communications relay, and monitoring that needs to stay aloft for extended periods. It’s a common pick when the mission is location-fixed rather than roaming.
Tell Us What You Need to Fly
Send us your payload, endurance target, and operating environment, and our Florida engineering team will scope a Carrier platform around it — no off-the-shelf compromises.