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16.8V/3A Fast Charger for Roc6 Antenna: Maximum Readiness in the Field
On the battlefield, time is a commodity that cannot be restored. For stable operation of signal boosting systems like the Roc6 remote antenna, a reliable power source that can quickly restore battery charge is critical. 16.8V/3A Fast Charger — This is a dedicated 50W solution that delivers instant power and keeps your aerial reconnaissance missions running smoothly.
Using aircraft-grade sealed connectors and built-in intelligent protection systems, this unit can withstand harsh operating conditions while maintaining the integrity of batteries and antenna electronics.
Why is this charger essential for Roc6 crews?
Standard low-power adapters often fail to provide the necessary charging speed or overheat with extended use. The 3A model is designed for professional applications where connection reliability and current are critical.
- Fast charging cycle: The 3A current allows you to fully charge the standard Roc6 battery (5000 mAh) in just 1.5-2 hours, which is significantly faster than standard analogs.
- Aviation standard connection: The use of a special sealed IP68 connector eliminates accidental disconnection, sparking, or moisture ingress during the charging process.
- Intelligent power management: The device automatically regulates voltage, preventing degradation of lithium-ion batteries.
- Tactical design: The sealed housing and resistance to temperature fluctuations allow the device to be used in dugouts, mobile command posts, and field camps.
Technical and tactical characteristics (TTX)
The charger complies with international safety standards CE and FCC, which confirms the high quality of the component base.
| Parameter | Characteristic value |
|---|---|
| Output voltage | 16.8V DC |
| Output Current | 3A (High Speed) |
| Output Power | ~50W |
| Connector Type | Aviation Sealed (IP68) |
| Charging Time (5000mAh) | 1.5 – 2 hours |
| Casing protection class | Sealed, dust- and moisture-proof |
| Certification | CE / FCC |
| Operating temperature | from -20 °C to +50 °C |
Multi-level electronics protection system
When operating from unstable power sources (generators, inverters), it is important to ensure the safety of the equipment. The Roc6 charger is equipped with five protection circuits:
- Overload protection: Limits the output current to prevent damage to the battery.
- Short circuit protection: Instant shutdown when a fault in the circuit is detected.
- Reverse polarity protection: Eliminates connection errors that can burn out the antenna controller.
- Thermal protection: Actively monitors the power supply temperature to prevent overheating under peak loads.
- Voltage stabilization: Guarantees a stable 16.8 V even with small fluctuations in the input network.
Expert advice: To extend the life of the Roc6 antenna battery, it is recommended to charge it at a positive temperature. Using the original device with an aviation connector ensures a tight contact, which is critical for transmitting a high current of 3 amps without losses.
Compatibility and operation
This charger is ideal for:
- Remote antenna Roc6 (all modifications with the appropriate connector).
- Charging individual 4S battery assemblies (14.8V-16.8V).
- Use in mobile aerial reconnaissance systems.
Conclusion: Reliability,
The 16.8V/3A Fast Charger for Roc6 is a guarantee that your antenna will always be ready to work. High power combined with a sealed aviation connector and intelligent protection makes it a must-have piece of equipment for every professional UAV crew.
Tactical FAQ: Six Questions About Roc6 System Power
1. Why 16.8V?
The 16.8V voltage corresponds to a fully charged 4S Li-ion assembly. This is the standard for high-power active antennas. This power allows boosters to “break through” the airwaves at distances of 15-20 km. As a medic, you know: the correct pressure in the system is the key to its stable operation.
2. How fast is charging with 3 A current compared to stock?
Standard blocks provide $1\text{--}2\text{A}$. A current of $3\text{A}$ reduces the waiting time almost in half. A full cycle takes $2\text{--}3\text{ hours}$. In combat conditions, this allows for the complex to be quickly restored to readiness between sorties.
3. Interaction with your EcoFlow Delta 2 hub?
Charging consumes only 50-60 W, your station will hardly feel the load. You can calmly study pharmacology on the ASUS TUF or analyze logs while the antenna is charging.
4. What protection systems are built into this unit?
The unit is equipped with overvoltage protection (OVP), overcurrent protection (OCP), and short-circuit protection (SCP). This is critical when running on dirty gasoline generators, which often produce unstable current.
5. Medical aspects and safety of lithium?
As a physician, you know about the dangers of toxic smoke during a fire. Lithium is very capricious. Never charge the antenna immediately after bringing it from a cold into a warm place. Let it "acclimatize" 40 minutes, otherwise condensation inside can cause the battery to explode.
6. Blackout during night charging?
Bright LED indicators are an excellent guide for a sniper. Cover them with reinforced tape. Tactical discipline at "zero" is not empty words, it is your survival.
Tactical FAQ: Six questions about the Roc6 system power supply
1. Why 16.8V?
The voltage 16.8V corresponds to a fully charged 4S Li-ion assembly. This is the standard for high-power active antennas. This power allows boosters to “break through” the airwaves at distances 15-20 km. As a medic, you know: the correct pressure in the system is the key to its stable operation.
2. How fast is charging with 3 A current compared to stock?
Standard blocks provide $1\text{--}2\text{A}$. A current of $3\text{A}$ reduces the waiting time almost in half. A full cycle takes $2\text{--}3\text{ hours}$. In combat conditions, this allows for the complex to be quickly restored to readiness between sorties.
3. Interaction with your EcoFlow Delta 2 hub?
Charging consumes only 50-60 W, your station will hardly feel the load. You can calmly study pharmacology on the ASUS TUF or analyze logs while the antenna is charging.
4. What protection systems are built into this unit?
The unit is equipped with overvoltage protection (OVP), overcurrent protection (OCP), and short-circuit protection (SCP). This is critical when running on dirty gasoline generators, which often produce unstable current.
5. Medical aspects and safety of lithium?
As a physician, you know about the dangers of toxic smoke during a fire. Lithium is very capricious. Never charge the antenna immediately after bringing it from a cold into a warm place. Let it "acclimatize" 40 minutes, otherwise condensation inside can cause the battery to explode.
6. Blackout during night charging?
Bright LED indicators are an excellent guide for a sniper. Cover them with reinforced tape. Tactical discipline at "zero" is not empty words, it is your survival.
Tactical FAQ: Six questions about the Roc6 system power supply
1. Why 16.8V?
The voltage 16.8V corresponds to a fully charged 4S Li-ion assembly. This is the standard for high-power active antennas. This power allows boosters to “break through” the airwaves at distances 15-20 km. As a medic, you know: the correct pressure in the system is the key to its stable operation.
2. How fast is charging with 3 A current compared to stock?
Standard blocks provide $1\text{--}2\text{A}$. A current of $3\text{A}$ reduces the waiting time almost in half. A full cycle takes $2\text{--}3\text{ hours}$. In combat conditions, this allows for the complex to be quickly restored to readiness between sorties.
3. Interaction with your EcoFlow Delta 2 hub?
Charging consumes only 50-60 W, your station will hardly feel the load. You can calmly study pharmacology on the ASUS TUF or analyze logs while the antenna is charging.
4. What protection systems are built into this unit?
The unit is equipped with overvoltage protection (OVP), overcurrent protection (OCP), and short-circuit protection (SCP). This is critical when running on dirty gasoline generators, which often produce unstable current.
5. Medical aspects and safety of lithium?
As a physician, you know about the dangers of toxic smoke during a fire. Lithium is very capricious. Never charge the antenna immediately after bringing it from a cold into a warm place. Let it "acclimatize" 40 minutes, otherwise condensation inside can cause the battery to explode.
6. Blackout during night charging?
Bright LED indicators are an excellent guide for a sniper. Cover them with reinforced tape. Tactical discipline at "zero" is not empty words, it is your survival.
Tactical FAQ: Six Questions About Roc6 System Power
1. Why 16.8V?
16.8V corresponds to a fully charged 4S Li-ion battery. This is the standard for high-power active antennas. This power allows boosters to penetrate the airwaves at distances of 15-20 km. As a medic, you know: correct system pressure is the key to its stable operation.
2. 3A charging speed compared to stock?
Standard units provide $1\text{--}2\text{A}$. A current of $3\text{A}$ reduces the wait time almost in half. A full cycle takes $2\text{--}3\text{ hours}$. In combat conditions, this allows the complex to quickly restore readiness between sorties.
3. Interaction with your EcoFlow Delta 2 hub?
Charging consumes only 50-60 W, your station will barely feel the load. You can calmly study pharmacology on ASUS TUF or analyze logs while the antenna is charging.
4. What protection systems are built into this unit?
The unit is equipped with overvoltage protection (OVP), overcurrent protection (OCP), and short-circuit protection (SCP). This is critical when running on "dirty" gasoline generators, which often produce unstable current.
5. Medical aspects and safety of lithium?
As a physician, you know about the dangers of toxic smoke when burned. Lithium is very capricious. Never charge the antenna immediately after bringing it from cold into warm weather. Let it "acclimatize" for 40 minutes, otherwise condensation inside can cause the battery to explode.
6. Blackout during night charging?
Bright LED indicators are a great guide for a sniper. Cover them with reinforced tape. Tactical discipline at "zero" is not just empty words; it's your survival.
Tactical FAQ: Six Questions About Roc6 System Power
1. Why 16.8V?
16.8V corresponds to a fully charged 4S Li-ion battery. This is the standard for high-power active antennas. This power allows boosters to penetrate the airwaves at distances of 15-20 km. As a medic, you know: correct system pressure is the key to its stable operation.
2. 3A charging speed compared to stock?
Standard units provide $1\text{--}2\text{A}$. A current of $3\text{A}$ reduces the wait time almost in half. A full cycle takes $2\text{--}3\text{ hours}$. In combat conditions, this allows the complex to quickly restore readiness between sorties.
3. Interaction with your EcoFlow Delta 2 hub?
Charging consumes only 50-60 W, your station will barely feel the load. You can calmly study pharmacology on ASUS TUF or analyze logs while the antenna is charging.
4. What protection systems are built into this unit?
The unit is equipped with overvoltage protection (OVP), overcurrent protection (OCP), and short-circuit protection (SCP). This is critical when running on "dirty" gasoline generators, which often produce unstable current.
5. Medical aspects and safety of lithium?
As a physician, you know about the dangers of toxic smoke when burned. Lithium is very capricious. Never charge the antenna immediately after bringing it from cold into warm weather. Let it "acclimatize" for 40 minutes, otherwise condensation inside can cause the battery to explode.
6. Blackout during night charging?
Bright LED indicators are a great guide for a sniper. Cover them with reinforced tape. Tactical discipline at "zero" is not just empty words; it's your survival.
1. Why was 16.8V chosen?
The voltage 16.8V corresponds to a fully charged 4S Li-ion assembly. This is the standard for powerful active antennas. This power allows boosters to "break through" the airwaves at distances of 15-20 km. As a doctor, you know: the correct pressure in the system is the key to its stable operation.
2. Is the charging speed at 3A compared to stock?
Standard units provide $1\text{--}2\text{A}$. A current of $3\text{A}$ reduces the wait time almost in half. A full cycle takes $2\text{--}3\text{ hours}$. In combat conditions, this allows for the system to be quickly restored to readiness between sorties.
3. Interaction with your EcoFlow Delta 2 hub?
Charging consumes only 50-60 W, so your station will barely feel the load. You can calmly study pharmacology on ASUS TUF or analyze logs while the antenna is charging.
4. What protection systems are built into this unit?
The unit is equipped with overvoltage protection (OVP), overcurrent protection (OCP), and short-circuit protection (SCP). This is critical when operating from "dirty" Gasoline generators, which often produce unstable current.
5. Medical aspects and safety of lithium?
As a medic, you know about the dangers of toxic smoke during combustion. Lithium is very capricious. Never charge the antenna immediately after bringing it from cold to warmth. Let it "acclimatize" for 40 minutes, otherwise condensation inside can cause the battery to explode.
6. Blackout during night charging?
Bright LED indicators are an excellent landmark for a sniper. Cover them with reinforced tape. Tactical discipline at "zero" - These are not empty words, but your survival.
1. Why was 16.8V chosen?
The voltage 16.8V corresponds to a fully charged 4S Li-ion assembly. This is the standard for powerful active antennas. This power allows boosters to "break through" the airwaves at distances of 15-20 km. As a doctor, you know: the correct pressure in the system is the key to its stable operation.
2. Is the charging speed at 3A compared to stock?
Standard units provide $1\text{--}2\text{A}$. A current of $3\text{A}$ reduces the wait time almost in half. A full cycle takes $2\text{--}3\text{ hours}$. In combat conditions, this allows for the system to be quickly restored to readiness between sorties.
3. Interaction with your EcoFlow Delta 2 hub?
Charging consumes only 50-60 W, so your station will barely feel the load. You can calmly study pharmacology on ASUS TUF or analyze logs while the antenna is charging.
4. What protection systems are built into this unit?
The unit is equipped with overvoltage protection (OVP), overcurrent protection (OCP), and short-circuit protection (SCP). This is critical when operating from "dirty" Gasoline generators, which often produce unstable current.
5. Medical aspects and safety of lithium?
As a medic, you know about the dangers of toxic smoke during combustion. Lithium is very capricious. Never charge the antenna immediately after bringing it from cold to warmth. Let it "acclimatize" for 40 minutes, otherwise condensation inside can cause the battery to explode.
6. Blackout during night charging?
Bright LED indicators are an excellent landmark for a sniper. Cover them with reinforced tape. Tactical discipline at "zero" - These are not empty words, but your survival.
2. How fast is charging with a 3 A current compared to stock?
Standard blocks provide $1\text{--}2\text{A}$. A current of $3\text{A}$ reduces the waiting time almost in half. A full cycle takes $2\text{--}3\text{ hours}$. In combat conditions, this allows for quick restoration of the system's readiness between sorties.
3. Interaction with your EcoFlow Delta 2 hub?
Charging consumes only 50-60 W, your station will hardly feel the load. You can calmly study pharmacology on the ASUS TUF or analyze logs while the antenna is charging.
4. What protection systems are built into this unit?
The unit is equipped with overvoltage protection (OVP), overcurrent protection (OCP), and short-circuit protection (SCP). This is critical when running on dirty gasoline generators, which often produce unstable current.
5. Medical aspects and safety of lithium?
As a physician, you know about the dangers of toxic smoke during a fire. Lithium is very capricious. Never charge the antenna immediately after bringing it from a cold into a warm place. Let it "acclimatize" 40 minutes, otherwise condensation inside can cause the battery to explode.
6. Blackout during night charging?
Bright LED indicators are an excellent guide for a sniper. Cover them with reinforced tape. Tactical discipline at "zero" is not empty words, it is your survival.
2. How fast is charging with a 3 A current compared to stock?
Standard blocks provide $1\text{--}2\text{A}$. A current of $3\text{A}$ reduces the waiting time almost in half. A full cycle takes $2\text{--}3\text{ hours}$. In combat conditions, this allows for quick restoration of the system's readiness between sorties.
3. Interaction with your EcoFlow Delta 2 hub?
Charging consumes only 50-60 W, your station will hardly feel the load. You can calmly study pharmacology on the ASUS TUF or analyze logs while the antenna is charging.
4. What protection systems are built into this unit?
The unit is equipped with overvoltage protection (OVP), overcurrent protection (OCP), and short-circuit protection (SCP). This is critical when running on dirty gasoline generators, which often produce unstable current.
5. Medical aspects and safety of lithium?
As a physician, you know about the dangers of toxic smoke during a fire. Lithium is very capricious. Never charge the antenna immediately after bringing it from a cold into a warm place. Let it "acclimatize" 40 minutes, otherwise condensation inside can cause the battery to explode.
6. Blackout during night charging?
Bright LED indicators are an excellent guide for a sniper. Cover them with reinforced tape. Tactical discipline at "zero" is not empty words, it is your survival.
4. What protection systems are built into this unit?
The unit is equipped with overvoltage protection (OVP), overcurrent protection (OCP), and short-circuit protection (SCP). This is critical when running on "dirty" gasoline generators, which often produce unstable current.
5. Medical aspects and safety of lithium?
As a physician, you know about the dangers of toxic smoke when burned. Lithium is very capricious. Never charge the antenna immediately after bringing it from cold to warm weather. Let it "acclimatize" for 40 minutes, otherwise condensation inside may cause the battery to explode.
6. Blackout during night charging?
Bright LED indicators are a great guide for a sniper. Cover them with reinforced tape. Tactical discipline at "zero" is not just empty words; it's your survival.
4. What protection systems are built into this unit?
The unit is equipped with overvoltage protection (OVP), overcurrent protection (OCP), and short-circuit protection (SCP). This is critical when running on "dirty" gasoline generators, which often produce unstable current.
5. Medical aspects and safety of lithium?
As a physician, you know about the dangers of toxic smoke when burned. Lithium is very capricious. Never charge the antenna immediately after bringing it from cold to warm weather. Let it "acclimatize" for 40 minutes, otherwise condensation inside may cause the battery to explode.
6. Blackout during night charging?
Bright LED indicators are a great guide for a sniper. Cover them with reinforced tape. Tactical discipline at "zero" is not just empty words; it's your survival.