Quickset’s Automatic Video Tracking System is a low-cost, high-performance video tracking system designed to meet the demands of the surveillance and UAV markets. The advanced technology at the core of the video tracker allows complete interface customization to meet the requirements of the most demanding applications.
The tracker is available in two configurations. The first configuration provides two HD-SDI capable video inputs. The second configuration provides a single HD-SDI capable input and an analog (NTSC/PAL) video input. Both configurations provide a single HD-SDI video camera output that can be used to display either of the video signals. The HD-SDI digital video interfaces support standard and high-definition resolutions up to 1080p30 (SMPTE 259M/344M/292M).
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Download the Quickset Tracking Solution Brief.
Standard Features
Embedded Tracking Algorithm
- User selectable tracking modes for improved target acquisition and retention
- Multi-Target Tracking
- Automatic coast mode for improved object tracking through occlusions
Control Interfaces
- Ethernet Interface (10/100)
- RS-232/422 serial communication ports for peripheral device control
Video Interfaces
- SDI Video Inputs (2) and SDI-Output (1) (SA00203 Model)
- SDI Video Input (1) and Analog Video Input (1) and SDI-Output (1) (SA00202 Model)
- Interlaced and Progressive Formats
- Resolutions up to 1080p30
Streaming video over Ethernet
- Multiple CODEC / Transport options (H.264/ H.265/ MPEG-4)
Integration
- Fully integrated tracking platform when paired with QuickSet MPT series EO/IR tracking systems and electronics interface box
- Serial control of QuickSet camera/lens systems
- Serial control of QuickSet laser range finder
- Multiple radar control options possible
- Fully integrated with QuickSet control software
- Easy integration with custom command and control applications
- Configurable motion compensation (PID) filter
- Zoom lens scaling and correction
- User configurable image overlays
- Tracker discovery on network using broadcast command
Available Options
- Tracker control using USB joystick
- Environmentally ruggedized Quickset camera system
- Environmentally ruggedized Quickset electrical interface box
- Additional image processing algorithms / filters
- Electronic Image Stabilization (EIS)
- Local Area Processing (LAP)
- Image Blending
- Histogram, Gamma Correction, Denoise, etc
- Custom Algorithms / Symbology / Annotation
- Operator Training (onsite / offsite)
Typical Applications
- Surveillance
- Real Time Missile and Aircraft Tracking
- Weapon Systems
- Simulator Systems
- Trajectory Analysis
- Bomb and Weapons Scoring
- Electronic Counter Measure (ECM) Evaluation
- Re-entry Vehicle and Satellite Tracking
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Functionality
Switch video source on the fly
- Target reacquisition may be required
User Configurable Tracking Modes:
- Vehicle
- Stationary
- Drone
- Person
User Configurable Tracking Box
- Manual – User defines size and shape of track box
- Acquisition Assist – Tracker automatically optimizes track box size
- Intelligent Assist – Tracker automatically reinitializes if target appearance changes
Automatic Coast Mode
- Provides optimal recovery from intrusions and disruption of track
- User configurable coast period and output behavior
Library
- Object Classifier library
- Quickset Mount and Camera Selection Library
User Configurable Image Overlays
- Tracking box outline
- Reticle
- KLV data
- Standard shapes (Lines, boxes, circles)
- Text data
User/Diagnostic Functions
- User defined configurations
- Built-In Test Capability
- Field Downloadable Software Updates
Graphical User Interface
- PC-based program for setup and testing through the Ethernet interface
Streaming and Recording
- Simultaneous streaming of both video inputs
- Configurable video stream settings
- Picture In Picture available
- Ability to insert metadata into video stream
- Edge recording available
Find Technical articles, Software Downloads, and Product Manuals in our Resource Library.
Why is a UAV called a drone?
A UAV (Unmanned Aerial Vehicle) is commonly referred to as a drone. The term “drone” has become widely used to describe various types of unmanned aircraft, ranging from small consumer quad-copters to larger military surveillance or weaponized vehicles.
The term “drone” originally referred to an autonomous aircraft or vehicle that could navigate without human intervention. It stems from the resemblance of early pilotless aircraft, such as target drones used in military training, to male bees, which are also known as drones.
Over time, the term “drone” has evolved to encompass a broader range of unmanned aircraft, including those that are remotely piloted by a human operator. It has become a popular and convenient way to describe any type of unmanned aerial vehicle, regardless of its specific design or capabilities.
However, it’s worth noting that “drone” is a colloquial term and not a technical one. In technical contexts, such as aviation or military operations, the preferred term is UAV or UAS (Unmanned Aerial System), which includes both the aircraft and its associated components, such as ground control stations and communication systems.
What are the 4 types of drones?
Drones can be classified into different types based on their design, purpose, and capabilities. Here are four common types of drones:
Fixed-Wing Drones – These drones have a fixed-wing design similar to traditional airplanes. They are typically more efficient and capable of longer flight durations compared to other types of drones. Fixed-wing drones are often used for aerial mapping, surveying, and long-range surveillance.
Multirotor Drones – Multirotor drones, also known as quadcopters or hexacopters, have multiple rotors that provide vertical lift and control. They are known for their agility, stability, and ability to hover in place. Multirotor drones are commonly used in photography, videography, recreational flying, and inspections of infrastructure or hard-to-reach areas.
Single-Rotor Helicopters – These drones have a single large rotor, along with a tail rotor for stabilization and control. They offer greater lifting capacity and the ability to maneuver in tight spaces. Single-rotor helicopters are often used for professional aerial photography, cinematography, search and rescue operations, and military applications.
Hybrid Drones – Hybrid drones combine the features of both fixed-wing and multirotor drones. They can take off and land vertically like multirotors but transition to horizontal flight like fixed-wing aircraft. Hybrid drones offer the advantage of long flight endurance and the ability to hover and perform vertical takeoffs and landings. They are suitable for applications that require both efficient long-range flight and close-range hovering, such as aerial inspections and monitoring.
What does the military call drones?
In military contexts, drones are typically referred to as Unmanned Aerial Vehicles (UAVs) or Unmanned Aerial Systems (UAS). These terms are used to describe the entire system, including the aircraft itself, as well as its associated ground control stations, communication systems, and other supporting equipment.
The military employs a wide range of UAVs/UASs for various purposes, including reconnaissance, surveillance, target acquisition, intelligence gathering, and even combat operations. These military drones can be further classified into different categories based on their size, range, capabilities, and mission profiles.
Here are some common categories of military drones:
Tactical UAVs – These are small to medium-sized drones used for short-range missions. They are often operated by ground forces to provide real-time intelligence, surveillance, and reconnaissance (ISR) capabilities on the battlefield.
Strategic UAVs – Also known as High-Altitude Long-Endurance (HALE) drones, these are large, long-range UAVs designed for extended flights at high altitudes. They are used for strategic surveillance, intelligence gathering, and long-duration missions.
Armed UAVs – These drones are equipped with weapons systems and used for offensive operations. Armed UAVs can carry and deploy missiles, bombs, or other ordnance to engage targets on the ground or in the air. Examples include the MQ-9 Reaper and the General Atomics Predator.
Reconnaissance UAVs – These drones are specifically designed for gathering visual or electronic intelligence. They are equipped with high-resolution cameras, sensors, or other specialized equipment to collect data and imagery for intelligence purposes.
Stealth UAVs – Stealth or low-observable drones are designed to minimize radar detection and enhance survivability in contested airspace. They feature advanced technologies and design elements to reduce their radar signature and increase their ability to operate undetected.