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Drone Inspection Report

Aloft Bangkok Sukhumvit 11

Facade & Structural Inspection

Aug 24–28, 2026

Project Overview

Mission at a Glance

1

Day 1 — Aug 24

Site survey, safety zone setup & pre-flight checks

2

Day 2 — Aug 25

Front zone inspection — grid flight, left & right elevation

3

Day 3 — Aug 26

Rear zone inspection — 360° building envelope coverage

4

Day 4 — Aug 27

Supplementary passes & thermal data verification

5

Day 5 — Aug 28

Final flight, data handover & AI processing pipeline

10:00 AM – 3:00 PM daily · 4K imaging · 2 operational zones

Operational Partnership

Dual-Team Structure

Ricoh (Thailand) Limited

Project Management Lead

  • Project coordination
  • Scheduling & liaison
  • Quality assurance
  • PM: Mr. Pramote Kaenngulueam

Roboxtech Company Limited

Flight Operations & AI Processing

  • All drone operations
  • Data capture & AI processing
  • Final report delivery
  • Supervisor: Mr. Man Kit Ng (Joey)
  • Pilot: Mr. Julajak Saengarun — CAAT B000113/2024
Equipment Specifications

DJI Matrice 30T — Primary Inspection Platform

Aircraft Identification

Model: DJI Matrice 30T

Serial Number: 1581F62HD227F00BZ44H

Registration: RB-04-25-0003

Enterprise-grade inspection drone built for high-accuracy structural surveys in complex urban environments.

Core Capabilities

Powered by Roboxtech AI Systems

4K Imaging

Ultra-high-resolution cameras capture minute surface details for crack detection and full facade documentation.

Thermal Analysis

Infrared sensors detect energy loss, moisture intrusion, and hidden structural anomalies invisible to the naked eye.

Real-Time Data Processing

Onboard AI delivers instant analysis during flight, enabling rapid, precise decision-making by the inspection team.

Flight Operations

Four-Phase Flight Sequence

Phase 1

Pre-Flight & Site Setup

1

Site Survey & Hazard Assessment

Assess weather conditions and identify hazards — power lines, cables, and obstructions — within the flight corridor.

2

Safety Zone Establishment

Deploy cones and signage at landing zones. Coordinate with hotel security for pedestrian clearance.

3

System Pre-Flight Checks

Verify battery charge, gimbal calibration, GPS signal, and comms link between drone and ground control.

Phase 2 & 3

Front & Rear Zone Operations

Phase 1 — Front Zone

  • Control station: front of building
  • Counter-clockwise grid flight
  • Left & right elevation capture
  • Battery swaps at front LZ

Phase 2 — Rear Zone

  • Full team relocates to rear
  • 360° building envelope coverage
  • Equal thermal & visual resolution
  • Data logged for AI processing

Field Operations Photography

Site Preparation & Equipment Setup

Team installs Safety Zone markers and conducts pre-flight system checks before operations begin.

Building Facade Inspection Flight

Drone pilot conducts systematic flight and records video footage of the building facade in a grid pattern for further analysis.

Rear Facade Inspection Flight

Full 360° coverage around Aloft Bangkok Sukhumvit 11 to ensure complete structural documentation.

Field Operations Photography

Video Footage for Analysis

Recorded drone footage is handed over for structural analysis of the building in the next phase.

Mission Wrap-Up

Team photo taken to mark the successful completion of the facade inspection mission at Aloft Bangkok Sukhumvit 11.

Airspace Protocol

Green Zone — Airspace Control

Green Zone — Standard Ops

Drone stays strictly within hotel airspace at all times.

Yellow / Red Zone — Detour Protocol

Gimbal locked facing hotel. No external property imaging permitted.

Regulatory Compliance

Fully CAAT-compliant. Pilot reg. No. B000113/2024.

Post-Flight

Data Collection & AI Processing Pipeline

From Flight to Insight

  • Drone lands — footage secured
  • Data uploaded to Roboxtech pipeline
  • AI cross-references 4K + thermal
  • Anomalies flagged automatically
  • Structured report delivered to team
Safety Protocols

Emergency Response Plan (ERP)

Adverse Weather

Trigger: Strong winds, rain, or poor visibility.

Response: Pilot initiates RTH immediately. Flights suspended until cleared by Flight Operations Supervisor.

Loss of Signal Link

Trigger: Signal loss between drone and ground control.

Response: Failsafe activates automatically, returning drone to take-off point. Ground assistants secure the area if recovery fails.

Accident or Injury

Trigger: Any injury to personnel or third parties.

Response: Administer first aid, notify Mr. Pramote, call emergency services (1669), and alert hotel security.

Regulatory Compliance

CAAT Certification & Regulatory Framework

Authorization Summary

Fully CAAT-compliant UAS operations in urban commercial airspace.

PIC: Mr. Julajak Saengarun — Reg. No. B000113/2024

Compliance Checkpoints

  • Pilot registration active
  • Drone RB-04-25-0003 registered
  • Airspace clearance confirmed
  • Hotel authorization obtained
  • ERP briefed to team
  • Incident reporting aligned
Key Personnel

Operations Team Directory

Mr. Pramote Kaenngulueam

Project Manager · Ricoh (Thailand)

Client lead · coordination & QA

Mr. Man Kit Ng (Joey)

Managing Director · Roboxtech Co., Ltd.

Oversees all drone ops & team safety

Mr. Julajak Saengarun

Pilot-in-Command · CAAT B000113/2024

Flight execution & airspace monitoring

Project Summary

Delivering Precision Inspection at Aloft Bangkok

A five-day drone inspection combining AI analytics and safety governance for a full facade assessment of Aloft Bangkok Sukhumvit 11.

Project Period

August 24–28, 2026

Operating Hours

10:00 AM – 3:00 PM Daily

Lead Partners

Ricoh Thailand & Roboxtech

Platform

DJI Matrice 30T + Roboxtech AI