Trusted Enterprise UAS Solutions

Enterprise & Commercial Drones

We equip industry professionals with commercial and industrial drones engineered for longer flights, rugged duty, and automated smart workflows. Our team of Part 107 pilots and solutions engineers guide public safety, construction, utilities, agriculture, mining, and forestry teams to the best platform for their unique use cases or workflow. Explore our lineup of commercial drones.

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Mission-Ready Aerial Solutions

Top 5 Features of Commercial & Enterprise Drones

Longer Flight Times & Range
Optimized power systems and aerodynamics keep missions airborne longer, covering more ground before a battery swap or return-to-base.




Higher-Capacity Batteries & Payloads
Robust energy reserves and lift ratings let platforms carry multi-sensor stacks or specialized equipment without sacrificing endurance.




Rugged Construction & IP Protection
Reinforced frames, sealed electronics, and ingress-protection ratings withstand wind, rain, dust, and the bumps common to industrial job sites.




Autonomous Flight & Redundancy
AI-driven obstacle avoidance, multi-GNSS navigation, and dual-battery or link fail-safes help crews execute missions safely and consistently.




Smart Mission Planning & Data Tools
Enterprise software unifies flight scripting, fleet oversight, and analytics into one workflow, accelerating decision-making from field to desk.

Enterprise & Commercial Drones FAQ

What defines a commercial or enterprise drone?

Commercial drones are built for paid or mission-critical work. They pair extended endurance and higher payload capacity with reinforced airframes, redundant flight controllers, and professional-grade data links. These features support consistent, repeatable operations under regulatory oversight and deliver outputs that meet engineering, public-safety, or scientific standards.

Which industries typically deploy commercial drones?

Public safety agencies, construction and surveying firms, utilities, energy producers, agriculture operations, mining companies, and forestry managers all leverage enterprise UAVs. Use cases range from overwatch and thermal search-and-rescue to centimeter-grade mapping, flare-stack inspection, and forest health assessments—any workflow that benefits from rapid aerial data collection.

How do I pick the right platform for my workflow?

Start with the data you need and the environment you’ll fly in (sensor type, area size, weather, line-of-sight constraints). Compare endurance, payload options, and ecosystem maturity. Advexure’s solutions engineers, all Part 107 certified, can walk you through this matrix and recommend a future-proof package. Reach out to our team here.

What flight endurance and payload capacity can I expect from commercial-grade drones?

Workhorse multirotors average 35–55 minutes with standard RGB or thermal cameras; fixed-wing systems can exceed 90 minutes. Heavy-lift multirotors handle 5–10 kg LiDAR or delivery payloads for 20–30 minutes. Actual figures depend on altitude, temperature, and accessory draw, so always validate specs against mission profiles.

Can enterprise drones handle adverse weather?

Many platforms carry IP43–IP55 ingress-protection, self-heating batteries, and conformal-coated electronics. They can operate in light rain, dusty work sites, and sub-freezing conditions that ground consumer-grade aircraft. Advexure tests these limits in field demos before recommending a model, ensuring it matches your climate and safety requirements.

What kinds of ongoing maintenance are required?

Routine care involves propeller swaps, battery health checks, firmware updates, and periodic airframe inspections. Most enterprise drones log component cycles and flag service intervals in their apps. Advexure supplies maintenance schedules, spare-parts kits, and optional depot repair services to keep fleets mission-ready with minimal downtime.

Do I need an FAA Part 107 license to fly commercially?

Yes—any commercial operation in U.S. airspace requires a Part 107 Remote Pilot Certificate and adherence to its operating limits. While Advexure doesn't offer Part 107 training, we have a list of recommended providers.

What training and post-purchase support does Advexure provide?

While Advexure doesn't provide direct training, our ongoing phone and email support connects you directly with our industry-experienced pilots for troubleshooting and operational advice. We have some of the best after-sales support in the industry, just read our reviews.

What’s the typical budget needed for a commercial drone program?

Entry-level mapping drones start around $6,500. Mid-tier inspection rigs with zoom and thermal payloads fall in the $10k–$20k range. Heavy-lift, LiDAR, or hybrid VTOL systems can exceed $70k. We also offer financing and pre-owned options to align your budget with project ROI.

How are firmware updates and software integrations managed?

Enterprise platforms push encrypted over-the-air updates and include APIs or SDKs for GIS, CAD, and asset-management software. Advexure regularly vets new firmware and advises on compatibility. For tailored integration guidance, contact our support team

What’s the difference between multirotor and fixed-wing enterprise drones?

Multirotors offer vertical take-off, precise hovering, and maneuverability in tight spaces—ideal for inspection, law enforcement, and confined mapping. Fixed-wing drones cover larger areas faster with 60-90-minute endurance and greater range, making them suited to corridor surveys, agriculture, and pipeline patrols. Advexure can help you evaluate site size, data resolution, and launch/recovery constraints to recommend the right airframe.

How quickly can I stand up a commercial drone program?

With an internal champion, Part 107 certification, and the right hardware, many organizations complete procurement, training, SOP development, and first flight in 60-90 days.

Do I need insurance for enterprise drone operations?

Yes. Most agencies and job-site owners require at least $1 million in UAV liability. Premiums depend on aircraft value, mission profile, and annual flight hours. Hull coverage protects the platform itself, while payload insurance covers high-value sensors. Advexure can connect you with aviation brokers experienced in unmanned risk.

Can I integrate third-party sensors or custom payloads?

Many enterprise drones feature standardized quick-release mounts, open SDKs, or dedicated power and data ports. LiDAR, multispectral, gas-sniffer, and radiation sensors are common add-ons. Advexure evaluates weight, balance, and power draw, then supplies integration brackets or wiring harnesses when needed.

How is flight data kept secure?

Enterprise platforms encrypt data links and allow on-board storage, preventing unintentional cloud uploads. Admin-level user roles restrict access to logs, and optional air-gapped workflows keep sensitive projects off public networks. Advexure guides IT teams through firmware hardening and secure fleet-management practices.

How do I manage multiple drones and pilots efficiently?

Cloud-based fleet dashboards and software can help track airframe hours, battery cycles, and firmware status, while electronic logbooks streamline pilot currency and mission reporting.

What ROI should I expect from a commercial drone program?

Return depends on application: utilities often recoup investments within a single inspection season by reducing helicopter or rope-access costs; surveyors shorten field cycles and billable deliverables by days.

How do enterprise drones comply with Remote ID requirements?

Most current commercial models ship with built-in Remote ID transmitters or support approved add-on modules. RID modules can be purchased separately for legacy fleets,