Battery Charging Dock for DJI Matrice 4T / 4E & LKTOP 300W Charger – Freestanding or Mounts to DJI Power 1000 & 2000 (Dock Only or Dock + OEM LKTOP Charger) (Copy)

sUAS Ops Charging Dock for LKTOP 300W Fast Charger What’s Included with the sUASOps Charging Dock When you open the box, you’re getting everything I use in the field—nothing more, nothing less: (1) sUASOps Charging Dock – purpose-built for the LKTOP 300W Fast Charger (1) 2-ft AC power cord – short on purpose to keep cable clutter under control in a vehicle or on your power station (4) T&B TY27MX Ty-Raps® (13.4", 120 lb.) – to securely mount the dock to your DJI Power 1000 so it stays put while traveling to a callout This is the same basic charging concept I developed for my own SAR and public-safety deployments: simple, secure, organized, and ready to go when time matters. Built From Real Mission Needs The sUASOps Charging Dock was originally developed for my own operational workflow as a SAR and public-safety drone pilot. Callouts often come with little or no advance notice, and because batteries are normally stored at a reduced state of charge for battery longevity, charging frequently needs to begin while en route to the mission. Trying to manage multiple batteries, chargers, power cords, and controller batteries inside a moving vehicle gets messy quickly. The dock's guided, fixed-position design keeps the charger and batteries organized and makes battery insertion and removal fast and easy. By mounting the complete Charging Assembly on top of a DJI Power 1000 (V1/V2) or DJI Power 2000, you create a: Clean Self-contained Stable Mission-ready charging station with no loose charger sliding around the vehicle and significantly less cable clutter. Mission-Ready Battery Organization for the Field Looking for a better way to manage your DJI Matrice 4 batteries during transport and charging? The sUASOps Charging Dock for the LKTOP 300W Fast Charger is purpose-built to securely hold and organize your charging system, creating a stable, efficient, and professional setup for serious drone operations. The LKTOP 300W charger can charge three Matrice 4E/4T batteries simultaneously, making it particularly well suited for high-tempo operations where batteries need to be continuously rotated between the aircraft and charger. Choose Your Dock Configuration Standard Dock The Standard Dock securely holds the LKTOP 300W Fast Charger and three Matrice 4-series batteries, keeping the entire charging assembly organized and ready for rapid battery swaps. Dock+ The Dock+ includes all of the features of the Standard Dock, plus an integrated mounting location for the DJI WB37 Battery Charging Hub. This allows you to charge your RC Plus controller batteries alongside your Matrice 4 flight batteries, keeping your aircraft and controller battery charging together in one compact station. Available Options Standard Dock Only Standard Dock + LKTOP 300W Fast Charger Dock+ Only Dock+ + LKTOP 300W Fast Charger & WB37 Charger This gives you the option of purchasing just the dock or a fully integrated, ready-to-deploy charging solution right out of the box. Mounting hardware and required dock cables are included with applicable configurations. Why the LKTOP 300W Charger? The LKTOP 300W charger is designed for operators who need substantially faster battery turnaround than a conventional sequential charging hub. Key Charger Features 300W charging system Charges three Matrice 4 batteries simultaneously Approximately 90 minutes for three batteries Four selectable charging modes 60% Storage Mode 95% Fast Charge Mode 100% Full Charge Mode 100% Silent Mode 1.5" IPS LCD display Up to 100W USB-C output Active cooling with intelligent temperature control Over-temperature protection Over-voltage protection Over-current protection Short-circuit protection Under-voltage protection Over-power protection The LCD provides real-time charging information without having to guess what each battery is doing. The additional 100W USB-C output can also be used for compatible controllers, tablets, phones, and other USB-C equipment, further reducing the number of separate chargers needed at your charging station. Build a Complete Mobile Charging Station The dock is precision-fit for use on the: DJI Power 1000 DJI Power 1000 V2 DJI Power 2000 creating a compact, integrated field charging station. Charging Station configuration features: LKTOP 300W three-battery fast charging Dedicated rear mount for the RC Plus 2 controller Optional WB37 charging hub with Dock+ Self-contained cable management Stable mobile deployment Rapid battery identification and swaps The dock can also be used with: Most portable power stations Vehicle inverter systems Workbenches Tables Any suitable flat charging surface Field-Ready Flexibility 🚗 Charge While En Route In Charging Station configuration, the system can be positioned in a vehicle's back seat or floorboard so battery charging can begin while traveling to the mission. Instead of arriving with batteries still sitting at storage charge, you can arrive with batteries already charging or ready to fly. For SAR, public safety, inspections, and other unscheduled operations, those saved minutes can matter. 🛠 Rapid On-Scene Deployment Once you arrive at the operation site, simply move the charging station to a table or other stable surface near your operating area. As batteries return from the aircraft, place them directly into the charger and continue rotating batteries throughout the operation. No unpacking chargers. No sorting through loose cables. No rebuilding your charging station every time you move. 🔌 Vehicle Inverter Compatible When using a vehicle inverter, operate in Charging Assembly mode (Dock + Charger) and secure the assembly with suitable mounting hardware or heavy-duty hook-and-loop material if desired. For additional redundancy, connect the DJI Power 1000 (V1/V2) or DJI Power 2000 to your vehicle's inverter and use the power station's supported pass-through/UPS functionality. This can: Keep the power station charged Maintain power during vehicle engine cycling Reduce interruptions to battery charging Provide stored power when the vehicle is shut down The result is a much more flexible charging system for extended field operations. Designed for Professional Operators Ideal for: Public safety & emergency response Search & Rescue Drone First Responder operations Inspections & industrial operations Mapping & surveying Utility and infrastructure work Construction Emergency management High-tempo commercial drone operations The result is faster battery turnaround, reduced downtime, and a cleaner, more efficient battery workflow. Material Options – Built for Real-World Operations Both versions are engineered for daily professional use. Your choice comes down to color customization vs. maximum structural performance. 🌈 PETG – Durable, Functional & Available in Multiple Colors A proven material that provides: Excellent strength Good heat resistance High impact durability Clean professional appearance Multiple color options for team, aircraft, department, or workspace identification PETG offers an excellent balance of performance, reliability, customization, and value for everyday operations. 🛡️ ASA-GF – Glass-Fiber Reinforced Performance Upgrade For operators who want our most rigid and structurally reinforced version. This advanced composite provides: Higher stiffness and structural strength Reduced flex under load Lighter weight than PETG Excellent thermal stability Excellent environmental resistance Professional tactical-gray appearance Because ASA-GF requires specialized filament drying, hardened printing equipment, and higher material cost, it is offered as our premium performance option for demanding environments and heavy daily use. Which Version Is Right for You? Choose PETG if you want: Multiple color options Proven durability for everyday operations Excellent impact resistance Outstanding value Choose ASA-GF if your priority is: Maximum rigidity and strength Reduced flex Lighter weight Greater environmental resistance The most robust version we offer Both versions are designed for serious drone operators—the material simply allows you to tailor the dock to your mission and workflow. At-a-Glance PETG ✔ Multiple colors ✔ Tough & impact-resistant ✔ Excellent everyday durability ✔ Ideal for most operators ASA-GF Upgrade ✔ Glass-fiber reinforced ✔ Lighter & more rigid ✔ Excellent thermal stability ✔ Built for demanding environments Available Colors Midnight Black Drone Gray Rescue Orange Fire Fighter Red Law Enforcement Red/Blue Tactical Gray – ASA-GF Upgrade ⏱ Charging Performance Feature DJI 100W Charging Hub LKTOP 200W Charger LKTOP 300W Charger Charging Method Sequential Multi-battery 3-Battery Simultaneous Charger Power 100W 200W 300W 1 Battery ~90–110 min.* ~56 min. Approx. 45–58 min. 3 Batteries ~4.5–5.5 hr.* ~1 hr. 50 min. Approx. 90 min. Storage Mode — 60% 60% Fast Charge Mode — — 95% Full Charge Mode Standard 100% 100% Silent Mode — 100% Silent 100% Silent USB-C Output — Up to 36W Up to 100W Operational Turnaround Slow Fast Very Fast *Charging times are approximate and can vary based on battery state of charge, battery temperature, ambient temperature, charger mode, power source, and other operating conditions. 🧠 What This Means in the Real World DJI 100W Hub Best suited for: Overnight charging Low flight tempo Operators with plenty of batteries Because batteries are charged sequentially, it is less suited to continuous operations where batteries are being rapidly cycled. LKTOP 200W Best suited for: Continuous operations Faster battery rotation Mobile and bench charging stations Operators wanting a major improvement over sequential charging LKTOP 300W Best suited for: SAR and public-safety deployments DFR operations High-tempo commercial missions Long-duration inspections Continuous battery rotation Mobile command and charging stations Operations where downtime needs to be minimized With three batteries charging simultaneously, the goal is simple: Keep batteries charging while you keep flying. Setup & Installation Complete setup and installation instructions are available HERE. Designed and manufactured by sUAS Ops, a division of Fargo Enterprises, Inc.