Search results for: autonomous robotic field

Project: NOTICE OF INTENT TO SOLE SOURCE - AUTONOMOUS ROBOTIC FIELD PAINTER Ref. #: SS-PR-22-72 Type: SS Status: Open Open Date: Aug 10th 2022, 11:30 AM EDT Questions Due Date: Never Close Date: Sep 1st 2022, 11:00 AM EDT Days Left: < 1 Project Description:The City of Palm Coast intends to waiver the solicitation process and approve a sole/single to Turf Tank for the purchase of AUTONOMOUS ROBOTIC FIELD PAINTER .

Bid contact:Please log in to view Bid contact informationIssuing agency:City of Oklahoma City and its Trusts, OKSee other Bids by this agencyBid Comments: The expected expenditure amount of $60,000 is an estimate for a one-time purchase, which is based on past history and future projections. The quantity of any item shown in the price schedule as an estimate of an annual requirement is only an estimate based on currently available information. The purchase of any item or quantity is not guaranteed. Any offer conditioned upon a promise by the Contracting Entity to purchase a minimum or definite quantity of such an item will be rejected. See the bid specifications for more information. Classification codes: View classification codesContract d...

Bid#2210-012 - Autonomous GPS Robotic Field Painter ISS Bidcontact:Please log in to view Bid contact informationIssuing agency:Sarasota County, FLSee other Bids by this agencyBid Comments: Sarasota County intends to award a sole source procurement to Turf Tank for the provision of robotic field marking robots for a period of one year.

Iowa State University of Science and Technology (ISU) is soliciting information from qualified contractors to provide a 100% Autonomous Robotic GPS Grass Field Line Painter. Contractors should read all materials carefully and note the due date. Contractors must submit all questions in the "Questions" tab related to this bid opportunity. Bid responses will ONLY be accepted online via ISUBid.

BY LEVERAGING WORLD-LEADING EXPERTISE IN DEVELOPING CIVIL INFRASTRUCTURE RESPONSIVE TO CATASTROPHIC NATURAL HAZARDS AND MERGING IT WITH LEADERS IN THE FIELDS OF MODULAR AND AUTONOMOUS ROBOTICS PLATFORMS, SMART BUILDINGS, HYBRID SIMULATION, COMPLEX SYSTEMS, AND DIAGNOSTICS AND PROGNOSTICS, WE WILL DEVELOP AND DEMONSTRATE THE TRANSFORMATIVE TECHNOLOGIES NEEDED TO DESIGN AND OPERATE RESILIENT DEEP SPACE HABITATS THAT CAN ADAPT, ABSORB AND RAPIDLY RECOVER

Need American built equipment in support of Buy American Act.6-axis robot arm with working reach of 500mm (19.7 inches)3kg (6.6lbs) Payload Capacity. IP54± 360° range on all joints AND Infinite rotation on end jointTool Speed: 1 meter/secondJoint Speed: 360°/sec (all wrist joints), 180°/sec (all other joints).Pose Repeatability of ± 0.03mm.Includes comprehensive robot controller:• Integrated Force/Torque Sensor• 16 digital inputs / 16 digital outputs.• 2 analog inputs / 2 analog outputs• TCP/IP 100 Mbit, Ethernet socket, Modbus TCP, Ethernet IP, and ProfiNET.

THE PROPOSED RESEARCH ALIGNS WITH THE NASA SPACE TECHNOLOGY ROADMAP TA 4 OF ROBOTICS AND AUTONOMOUS SYSTEMS (4.3 MANIPULATION) AND PREPARES FOR A POTENTIAL OCEANIC MOON LANDER MISSION IN THE FUTURE. Solicitation ID/Procurement Identifier: 80NSSC19K1166 Ultimate Completion Date: Mon Jul 31 17:00:00 GMT 2023

AUTONOMOUS ROBOTIC CARETAKING IS AN EMERGING TECHNOLOGY CRUCIAL FOR FUTURE DEEP SPACE HABITATS SUCH AS GATEWAY, THE ARTEMIS BASE CAMP, AND FUTURE MARS MISSIONS. Solicitation ID/Procurement Identifier: 80NSSC21K1292 Ultimate Completion Date: Fri Aug 29 17:00:00 GMT 2025

SCOPE:Contract for the purchase of Educational Robotics.