Introduction

3.Cursor Keys

Left Arrow

Press in swept frequency mode to move

 

the cursor to the left. Press during data

 

entry to erase data.

Right Arrow

Press in swept frequency mode to move

 

the cursor to the right.

Up Arrow

Moves the cursor to the maximum

 

point on the displayed trace. Press

 

during data entry to increase numeric

 

data.

Down Arrow

Moves the cursor to the minimum

 

point on the displayed trace. Press

 

during data entry to decrease numeric

 

data.

4.Backlight Key Turns the backlight on or off. Backlight is on a timer to increase battery life.

5.

On Key

Press to turn tester on, press and hold

 

 

to turn tester off.

6.

+/- Key

Toggles between positive and negative

 

 

numbers.

7.

Enter Key

Completes data entry.

8.

ESC Key

Back up through menu structure. At

 

 

the top menu level, blanks menu. Exits

 

 

data entry without saving changes.

9.Menu Key Displays software menu and enables

menu select keys.

10. Select Key

Allows current parameter, indicated by

 

flashing cursor, to be changed. Press

 

again to enable the next parameter to

 

be changed.

11.Numeric Keys Input numeric values.

12.Menu Select Used to access the menu sections

Keys

described directly above them. Can

 

also be used to scroll through available

 

settings in a particular parameter.

13. Test Port

Connect antenna or antenna lead.

14.Serial Port Connect communication cable to allow data transfer to a PC.

3

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Bird Brain AT-400 manual Right Arrow

AT-400 specifications

The Bird Brain AT-400 is a cutting-edge unmanned aerial vehicle (UAV) designed for versatility and performance in various applications such as surveillance, surveying, and environmental monitoring. This advanced drone incorporates state-of-the-art technologies and features that set it apart in the rapidly evolving drone market.

One of the standout features of the Bird Brain AT-400 is its exceptional flight stability and maneuverability. With a lightweight carbon-fiber frame, the AT-400 boasts an aerodynamic design that ensures efficient flight even in challenging weather conditions. The aircraft is equipped with advanced navigation systems, including GPS and inertial measurement units (IMUs), enabling it to maintain precise positioning and altitude control.

Powered by a high-capacity lithium-polymer battery, the AT-400 offers an impressive flight time of up to 45 minutes, depending on payload and environmental conditions. This extended operational time allows users to cover large areas without frequently returning to base for recharging.

The AT-400 is designed for modularity, allowing users to easily switch out payloads according to mission requirements. It can support various sensors, including high-resolution cameras, thermal imaging devices, and multispectral sensors for agricultural monitoring. This flexibility makes it ideal for industries such as agriculture, construction, and disaster management.

Another critical feature of the Bird Brain AT-400 is its advanced data transmission system. The UAV utilizes real-time video and data transmission capabilities, allowing operators to monitor live feeds and collect important information during flight. This system ensures that critical data is available immediately, enhancing decision-making processes on the ground.

Safety is a paramount consideration in the design of the AT-400. The aircraft is equipped with multiple redundancy systems, including dual electronic speed controllers and fail-safe mechanisms to ensure that it can safely return to base in the event of an emergency.

In terms of user experience, the Bird Brain AT-400 comes with an intuitive ground control station, featuring a user-friendly interface that simplifies mission planning and operation.

Overall, the Bird Brain AT-400 combines powerful performance with innovative technology and user-centric design, making it an excellent choice for both professional and recreational drone enthusiasts seeking reliability, efficiency, and adaptability in the field.