A solar-inspection deliverable, a high-rise site and the condition of an individual battery system are separate questions. Start with the exact kit and current project evidence instead of a fixed runtime, temperature threshold or daily battery count.
What should a Saigon high-rise solar inspection establish before a Mavic 3 Thermal kit is assigned?
Decision layer
Evidence to retain
What it can establish
What it cannot establish
Inspection brief
Required observation, client delivery, roof or tower context, people context and ground method
What the project must deliver
That an aerial method is guaranteed
Exact kit
Aircraft, controller, thermal payload, batteries, accessories, serial and condition record
Which individual system is proposed
A result for another kit
Battery evidence
Battery identity, condition record, charging record and current pre-project inspection
What can be evaluated about the supplied batteries
A fixed duration under current conditions
Current site route
Responsible building or solar-site contact, access boundaries and current project information
Which site questions need confirmation
Access based on a broad article
Current aviation route
Current local and location route for the proposed activity
Which aviation questions need current confirmation
A fixed permission or timing outcome
Why should battery records not be turned into a claimed field runtime?
Battery condition, payload, task, current weather, site constraints and the individual system can all affect a project. A condition record can support a pre-project review; it cannot honestly promise a number of minutes, a temperature response or a full-day output. Keep a ground method in the client plan so the delivery does not depend on an assumed result.
How should a team turn the review into an action plan?
Action
What to retain
1. Define the inspection deliverable
Record the solar observation question, client output, building context and a ground method.
2. Identify the exact thermal kit
Keep aircraft, controller, payload, batteries, accessories, serial and condition evidence together.
3. Review battery evidence
Inspect the supplied batteries and their records before the project without converting that review into a performance promise.
4. Confirm current site and aviation routes
Use responsible current routes for the actual high-rise location and proposed activity.
5. Retain the field file
Keep the brief, kit and battery evidence, current responses and alternate method with the project.
