AMX R-1 manual Installing The Rechargeable Battery, Screw Points of The Back Housing

Page 19

Mio Remote Charging Base

Installing The Rechargeable Battery

1.Flip and turn the Mio R-1 so that the buttons are facing away from you and the device is upside down.

2.Holding the device in both hands, place your thumbs on the battery door and push up to slide the battery door free.

3.If present, remove the AAA batteries.

4.Remove the 6 screws shown in FIG. 7.

6 Screw Points

FIG. 7 6 Screw Points of The Back Housing

5.Remove the back housing.

6.Place the new housing on the device so that the rechargeable battery port connection is now accessible. See FIG. 8.

7.Replace the 6 screws.

8.Connect the terminal end of the Lithium-Ion battery to the port shown in FIG. 8. It may be necessary to use a thin, blunt object to fully seat the battery connector within its port.

Lithium Ion Battery

Rechargeable

Battery

Port Connection

FIG. 8 Rechargeable Battery Port on The Mio Remote

Mio Modero R-1	13

Image 19

Contents Mio Modero R-1 AMX Limited Warranty and Disclaimer Software License and Warranty Agreement Page Table of Contents Table of Contents Mio Modero R-1 Mio Modero R-1 OverviewTouch And Tilt Sensor SpecificationsInserting Batteries into The Mio R-1 Mio R-1 SetupInstalling Your Custom Buttons Battery Low IndicatorMio R-1 Setup Mio Modero R-1 Programming The Mio R-1 Using Connector Ports on The Mio R-1IR Code Matrix IR Code MatrixIR Transmit Mode Configuration ModeTimeout Adjustment Setting The IR Frequency Click Query for Devices Updating Mio R-1 FirmwareSerial Commands Persistent Serial CommandsMio-RCC Charging Base Mio Remote Charging BaseMio Remote Charging Base Top and Bottom view SpecificationsScrew Points of The Back Housing Installing The Rechargeable BatteryConfiguration Mode Changing Battery ModesCharging The Mio Remote with Charging Base Mio Remote Charging Base Mio Modero R-1 It’s Your World Take Control

R-1 specifications

The AMX R-1, developed by the Brazilian Army in the 1960s, represents an innovative leap in armored vehicle design, marking Brazil’s commitment to enhancing its military capabilities. This main battle tank was part of a broader initiative to modernize Brazil's armored forces during the Cold War, showcasing a blend of domestic engineering and re-engineered foreign technology.

Measuring approximately 6.3 meters in length and weighing around 40 tons, the AMX R-1 is equipped with a high-performance turbocharged diesel engine that provides sufficient power to achieve a top speed of 65 km/h on roads. The tank's mobility is complemented by a robust suspension system, allowing it to navigate various terrains with ease, an essential feature for operations in Brazil's expansive and diverse landscapes.

One of the most significant features of the AMX R-1 is its armament. The tank is armed with a potent 105 mm rifled gun, capable of engaging various targets, including armored vehicles and fortified positions. Complementing this main gun are secondary armaments, including a coaxial 7.62 mm machine gun and an anti-aircraft machine gun, enhancing the vehicle's versatility in combat scenarios.

The AMX R-1's design emphasizes crew protection. Its hull and turret are constructed from hardened steel and composite materials, providing effective resistance against conventional rounds and shrapnel. Additionally, the tank features a well-designed layout that allows for efficient crew operations, with a crew of four managing the vehicle — the commander, gunner, loader, and driver.

Technologically, the AMX R-1 incorporates advancements that were cutting-edge for its time. The tank is fitted with a fire control system that enhances targeting accuracy, particularly in combat situations where precision is vital. Also, the vehicle's electronics and communications systems facilitate coordination with other units on the battlefield, ensuring seamless operational effectiveness.

In terms of operational history, the AMX R-1 has served primarily within Brazil but has also been utilized in peacekeeping missions and joint exercises, highlighting its reliability and adaptability. Despite being a legacy design, the AMX R-1 remains relevant in discussions about armored warfare and military modernization, illustrating Brazil's historical focus on indigenous defense capabilities while balancing foreign partnerships in military technology. As a result, the AMX R-1 stands as a testament to Brazil's military innovation during a pivotal era.