WHAT DO YOU WANT TO DO?
Learn to use it
Setup and first-use basics.
Understand the mission workflow
Learn how payload, mission planning and deliverables fit together.
See what it can realistically do
Useful jobs, limitations and when another tool may fit better.
Fix a problem
Use 2 Drones Tech Support when learning turns into actual troubleshooting.
Choose useful accessories
What is worth considering and what can wait.
Find a mentor
Get help from a network member who offers mentoring.
BEFORE USING IT
What should I do first?
- Confirm which Sherpa configuration, payload, controller, batteries or Power Tether, pump, hose and ground rig you actually have; consult Lucid Bots' model-specific setup guides.
- Define the exact surface and cleaning method first. Building exteriors, windows and solar panels have different manufacturer limits, water-quality and chemical requirements; confirm compatibility before offering the service.
- Prepare a ground exclusion zone, hose-management route, electrical/water sources, crew communications and abort plan. Check Part 107, Remote ID, airspace, site approval and any other applicable rules.
FIRST USE
How do I start without overwhelming myself?
- Complete Sherpa-specific manufacturer training and practice with an appropriately configured system under qualified supervision; do not use a customer building for your first lesson.
- Rehearse normal takeoff/landing, hose handling, communication with the ground operator and rapid stop/abort before applying cleaning fluid.
- Start with a conservative manufacturer-approved training setup and a surface test agreed with the property owner; record water/pressure/chemical compatibility.
CONTROLS & SETTINGS
What actually matters at the beginning?
- Sherpa uses pilot-controlled flight and spray placement, supported by a ground-fed fluid system. It is not an autonomous building-cleaning service.
- Understand the operator controller, spray/payload control, hose drag, flight telemetry and return/landing behavior for your exact Sherpa version.
- Battery endurance and tethered operation have different logistics; neither eliminates wind, hose, generator, crew or airspace limits.
CRASH / DAMAGE PREVENTION
What beginner mistakes should I avoid?
- Do not treat manufacturer peak flow/pressure figures as suitable for every facade, coating, roof or solar module.
- Never assume a battery or power tether makes a drone safe for unlimited uninterrupted flight; follow inspections and crew/flight limits.
- Do not offer chemical application or solar-panel washing without checking labels, runoff/environmental rules, electrical risks and panel/warranty requirements.
CLEANING WORKFLOW
Plan the surface, spray system and ground crew—not just the flight path.
- The Sherpa camera is primarily for situational awareness and flight control, not an automatic mapping or customer photography deliverable.
- Create a site plan: facade/roof zones, access points, utility lines, pedestrians, windows, planted areas, overspray and safe recovery routes.
- Use manufacturer-approved pressure, flow, chemistry and surface preparation; validate cleaning results on a small permitted area before scaling.
USEFUL ACCESSORIES
What is actually worth considering?
- Compatible soft-wash/window/shield payload and nozzle setup
- Ground pump, tank or site water supply, hoses and filtration as required
- Compatible batteries/chargers or Lucid Power Tether and suitable generator
- Crew PPE, signage, cones and controlled work area
- Manufacturer manuals, equipment-inspection and emergency checklists
REALISTIC USES
What can I do with it?
- High-access building exterior soft washing
- Commercial window washing with the supported window payload
- Supported water-repellent/coating applications
- Other manufacturer-supported exterior cleaning; solar work requires separate panel-specific validation
What is it not suited for?
- A substitute for a first-flight trainer or a normal camera drone
- Automatically safe cleaning of solar panels, roofs or every building material
- Unauthorised spraying, chemical use or flights without the appropriate credentials and site controls
U.S. COMPLIANCE CHECK
Specialized gear can require specialized authority.
- A U.S. commercial operator generally needs an FAA Part 107 Remote Pilot Certificate plus any required airspace/flight authorizations.
- Verify the exact aircraft configuration, operation, chemicals, wastewater/runoff, property rules and local conditions; manufacturer training is not an FAA authorization.
- Use only the correct manufacturer-approved payload and cleaning method for the surface; solar-panel manufacturer guidance controls panel care.
COMMON BEGINNER PROBLEMS
Check these before deciding the gear is broken.
- Unstable or dragging hose: stop, land safely and verify hose route, support, nozzle/payload configuration and ground crew coordination.
- Low flow or inconsistent spray: troubleshoot pump, filtration, nozzle, connections and approved fluid setup on the ground before flying again.
- Controller or telemetry trouble: land or keep grounded and follow Lucid's official Sherpa help-center procedures instead of guessing at firmware changes.
Still stuck? A Gear Guide is learning content, not a repair diagnosis. Use 2 Drones Tech Support for troubleshooting, or Repairs for suspected physical damage.
WHERE TO GO NEXT
Go from “What can this do?” to “I know what to do next.”
Core flight skills
Build reliable aircraft control before adding specialized mission complexity.
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