Introduction: Mobile counter-UAV deployment with a 16kg manpack drone defense system depends on matching carry roles, antenna setup, battery rotation, and AC/DC power to the real mission window.
When a team deploys to a temporary checkpoint, a moving convoy, or an outdoor event perimeter, the equipment must arrive ready to work. A manpack drone defense system provides that mobility, but it also creates a field problem: someone carries the host, someone manages antennas and the control box, and the mission clock starts as soon as the battery is switched on. The BP-H18 from Greetwin puts those decisions into a 16kg package, so deployment leads can plan carry roles, setup order, and power around the actual mission window rather than around a fixed site.
Weight distribution matters more than a single number. The BP-H18 host weighs 13kg, the 12 omnidirectional antennas add 1.5kg, and the control box adds 0.3kg. In a mobile counter-UAV mission, that split lets you assign tasks instead of treating the system as one heavy box.
Power is the mission limit on most mobile counter-UAV tasks. The BP-H18 uses a 24V 25Ah lithium battery rated for 0.5-1 hour of operation. That window suits rapid response: a checkpoint alert, a patrol interruption, or a short perimeter gap. Match battery use to the threat window rather than the length of the shift. If the team expects repeated alerts, charge and rotate batteries before the first alert rather than waiting for the voltage display to drop. For longer missions, plan external supply and rotation. The unit accepts AC 90-260V and DC 24-28V inputs, so a vehicle, generator, or site mains can keep the system running while the internal battery rests or recharges. On a vehicle-mounted patrol, DC 24-28V is the natural fit. At a temporary command point, AC input from a generator can support a fixed watch position. Carry at least one charged spare battery for every expected high-power transmission block, and assign a person to swap and log battery state so the control box operator sees voltage before the next alert. VSWR and overheat protection reduce the risk of running high power into a bad antenna match or a hot RF section, but they work best when the team already manages airflow and connector condition. Lithium battery transport and RF exposure rules also shape packing and operator positioning, so check local requirements before the kit leaves the warehouse.
A manpack unit works best as part of a layered deployment. Fixed drone detectors can watch a wide perimeter continuously and give early warning. Vehicle nodes can cover roads, gates, and moving routes. The manpack team then moves to the uncertain point: a blind spot behind a building, a temporary checkpoint, or an open field where a suspicious link has just appeared. The BP-H18 fits that role because the 16kg package and 12 omnidirectional antennas can be carried to the gap and set up without a mast or permanent power trench. Coordination depends on clear control of bands and power. A fixed node may detect a drone link at long range; the manpack team confirms the local picture and uses the control box to switch only the needed bands. If a vehicle node is also active, the deployment lead should assign who owns the final suppression decision so two operators do not duplicate or conflict with suppression actions. Keep antenna separation in mind when a vehicle and a manpack unit are close together, and respect RF exposure boundaries around high-power portable equipment. In practice, the best layout is a fixed early-warning layer, a vehicle layer for routes, and a manpack layer for rapid local action. The goal is an anti drone defense layout that uses each node for its best job. The manpack crew should stay ready to move when the fixed or vehicle layer reports a link. Give them a simple trigger, a rally point, and a power plan. The BP-H18 supports a portable counter-UAV deployment approach, and the practical planning work starts with carry roles, battery count, antenna setup, and the AC/DC supply available at each position.
Mobile counter-UAV deployment with a 16kg manpack system is a planning exercise as much as a hardware choice. The BP-H18 splits into a 13kg host, 1.5kg of antennas, and a 0.3kg control box, which lets a deployment lead assign carry, antenna setup, control, and power duties. The 0.5-1 hour internal battery supports fast response, while AC 90-260V and DC 24-28V inputs plus battery rotation carry longer missions. Fixed and vehicle nodes handle wide-area watch; the manpack closes the gap. Before you quote a project, confirm the battery count, charger plan, vehicle DC cable, antenna setup drill, and local transport requirements with the technical team. Greetwin can support that conversation with configuration and frequency-band details for the BP-H18, and you can request a quote with your mission profile.
A：The BP-H18 uses a 24V 25Ah lithium battery rated for 0.5-1 hour of operation. That is enough for a rapid response, a checkpoint alert, or a short patrol window. For longer missions, plan AC 90-260V or DC 24-28V external supply and bring spare batteries for rotation.
A：Two people make the deployment smoother. One carries and positions the 13kg host; the other fits and checks the 12 omnidirectional antennas, manages the 0.3kg control box, and handles spare power. One operator can run the BP-H18, but a two-person drill is faster and safer for repeated mobile missions.
A：Yes. The BP-H18 accepts DC 24-28V and AC 90-260V inputs. A vehicle can supply DC power during patrol or at a mobile command point, while AC from a generator or site mains supports a longer fixed watch position. Use external power alongside battery rotation when the mission runs beyond the internal battery window.
Drones | UK Civil Aviation Authority
ICNIRP | RF EMF (100 kHz-300 GHz)
