Specifications include, but are not limited to: ARTICLE 2.3.1 Hardware System Requirements The proposed construction simulator system must include, but not limited to, the following hardware system requirements: • One (1) Complete Commercial Construction Simulator System; • One (1) high resolution interactive display screen, at a minimum, that is compatible with the software system; • Life-like equipment parts that are able to simulate a real construction equipment operating experience; • Audio that simulates realistic driving sounds and vibrations; • Life-like vibrations in the seat; • Screen(s) should provide a full view to give the operator realistic construction simulation; • Several visual channels; • Virtual hands interact with the virtual controls; • A motion system for realistic feelings of speed perception and ride vibrations for the driver; • Crane motion that moves front to back, side to side, and forward tilt; • Motion systems that move the entire cabin just like a real crane; • Three (3) degrees of freedom (DOF), at a minimum, for motion; • Touch displays to simulate realistic driving buttons; • A standardized set of operating controls; • Controls, joysticks, indicator panels, and touch screens; • Realistic clutch, gas, and brake pedals that respond to realistic situations; • Evaluates how the driver is performing; • Simulates the view of the surrounding area, such as the specific buildings and lane markings; • Simulates scenery, trees, a specific skyline, or landmark, and the aesthetics; • Operates on standard 110 Voltage, 15 Amp electrical outlet; • Includes visual channels that range from a range of one (1) to over 10; • Adjustable height and boom length; • Adjustable crane speeds; • Simulates height and maximum permissible load; • Bridge Brake Pedal; • Lift Height: 24 meters (or 80 feet [ft]); • Combines heavy lifting capacity with boom height for constructing tall buildings and lifting steel, concrete, and other construction material; • Maximum Capacity: 12,000 kilograms (kg) or 26,000 pounds [lbs.]); • Maximum radius: 36 m (118 ft); • Simulated Load Moment Indicator (LMI) that displays working radius and hook; • Drone view; and, • Custom Designed Industrial Computer. ARTICLE 2.3.2 Software System Requirements The proposed construction simulator exhibit must include, but is not limited to, the following software system requirements: • Must respond in the same way as real equipment – including accidents and equipment malfunctions; • Images update without flickering or hesitation; • Computer’s graphics card that should provide an update rate of 60 times per second for screens and 90 times per second for virtual reality headsets; • Integrated Switch Panel with Various Control Functions; • A virtual scenario library for Commercial Construction Simulator System including multiple options of training scenarios. • Instructor-led training and student self-paced training should be included; • Technical support for the entire Construction Simulator System; • Ability to regularly upgrade improvements to the training experience of the Construction Simulator System; • Software license(s) are required for year one (1), and options for licensing beyond year one (1); • Any additional system software components required to provide a fully functioning and complete system; • Multiple heavy-duty construction equipment simulations. Such as the use of multiple types of cranes, including Luffing Tower Crane, Flat-top Tower Crane, Mobile Crane, and Crawler Crane, as well as multiple types of earth moving equipment, including Excavator, Backhoe, Dozer, Motor Grader, and Wheel Loader; • Changes in weather conditions, and other types of faults that would be realistic while working with heavy machinery; • Includes both wired and wireless internet capability. Internet connection not required for normal operation and only for software updates and remote maintenance; • Different weather conditions are available such as rain or snow; • Can establish wind speed and direction; • All environmental influences can be simulated realistically.: Wind Conditions, Speed, Intensity, Rain, Lightning, and Time of Day; • Provide increased safety awareness; • Provide Immediate feedback; • Simulation with various loads and situations; • Progressive skills exercises; • Adjustable Operator Seat; • Simulates a Hammerhead Tower Crane; • Can induce failures such as having a spreader get stuck in the cargo hold; • Cab console with Load Moment Indicator (LMI); • All environmental influences can be simulated realistically; • Emergency scenarios can be simulated; • Users can run through any load handling situation; • Simulate harsh environmental conditions when required; • Can simulate various crane types effectively; • Proper Load Positioning; • Pre-Operational Check of Controls; • Check Safety Systems; • Hazard Recognition; • Specific Process Training; • Self-paced training curriculum; • System Training Scenarios: Practical Certification Test, Building, Construction Site, Highway Bridge Construction Site, Industrial Factory, Equipment Laydown Yard, Power-Line Areas; • The loads should cast shadows to aid in realism and depth perception; • Detailed training log; • NACB-IES Tower Crane Simulation Software; • The influence of fatigue can be demonstrated; • Radio Remote Operation; • Simulates 30-ton Overhead Bridge Crane; • Cab Operator Control Station with Single Axis Step Controllers; • Analytics and performance reports; • Can induce failures such as having a spreader get stuck in the cargo hold; • Virtual Reality (VR) Interface; • Offer Standardization; • Built in Analysis and Record Keeping; • Uninterrupted availability for hands on training; • Ability to customize training; • Built–In record keeping; • Computer generated scoring; • Simulation on maritime cranes; • Record keeping and Documentation of Training Incident/Accident Remedial Training; • Pendant Operation; and, • How to Control Swing. ARTICLE 2.3.3 Compatibility Requirements The proposed construction simulator system must have the capability requirements for the related hardware and software modules: • Crane Simulation Software (including any additional hardware); • Earth Moving Simulation Software (including any additional hardware); • Motor Grader Simulation Software (including any additional hardware); • Dozer Simulation Software (including any additional hardware); and, • Instructor station external to the main simulator hardware for initiating, manipulating, and monitoring simulations. The proposed construction simulator system must also have the capability to add future additional hardware and software modules for the: • Fork Lift, and, • Dump Truck. Optional modules may include the following: • Track Loader, • Boom Truck, and, • Digger Derrick.