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Advanced Construction Robotics Delivers D.T. Read Steel Co., Inc.’s TyBOT® Units to Support Their Southeast Infrastructure Work

Advanced Construction Robotics (ACR), the leader in construction robotics innovation, is proud to announce it will deliver one of two TyBOT® units to D.T. Read Steel Co., Inc. (D.T. Read) in early December. TyBOT is deployed on the I-26/I-95 Interchange Improvement Project in Harleyville, South Carolina, supporting D.T. Read’s ongoing efforts to enhance productivity, safety, and efficiency on high-volume rebar installation projects. D.T. Read’s second TyBOT will be delivered by the end of 2025.
D.T. Read’s investment follows extensive hands-on experience using TyBOT across several major infrastructure projects, including the NASA Causeway Bridge Replacement in Titusville, Florida. On that project, TyBOT completed 139,261 ties, performing 50% of both the top and bottom mats on a significant portion of the 171,733-square-foot deck. Additionally, the jobsite required debris-free work areas, making cleanliness a top priority. TyBOT helped D.T. Read meet these requirements by significantly reducing tie-wire waste, eliminating the need for extensive cleanup. As a result, the company saved 1-2 full days that would have otherwise been spent clearing debris from traditional rebar tying methods.
By expanding their use of TyBOT, D.T. Read continues its legacy of partnering with ACR, bringing innovation to the field and elevating expectations for performance in the rebar installation industry.
“D.T. Read has consistently demonstrated strong leadership in adopting technologies that improve performance on the jobsite,” said Stephen Muck, Founder & CEO of Advanced Construction Robotics. “Their experience with TyBOT has shown the real-world value of automation, and we’re excited to continue supporting their team as they integrate robotics to boost productivity, enhance safety, and strengthen their competitive profitability edge.”
By adding TyBOT to its operations, D.T. Read continues to advance its longstanding commitment to innovation and operational excellence. Their adoption of robotic solutions represents a growing industry movement toward integrating automation as a standard tool for delivering safer, faster, and higher-quality results.
“Our team has seen how TyBOT can transform the way we work—improving speed, consistency, and safety on demanding projects,” said Chris Lewis, Vice President of D.T. Read Steel Co., Inc. “Adding these units allows us to expand our capacity and give our crews another tool of the trade that helps them perform their best. We are eagerly anticipating the release of ACR’s next commercial robot, IronBOT®, and we are confident it will further enhance our productivity and streamline our operations.”
As more contractors recognize the value of robotics, ACR remains committed to advancing construction automation with jobsite-ready technology that strengthens project delivery across the nation.

Rebar-Tying Robot Now Available For Direct Purchase As Robotics Firm Gains Industry Acceptance

Advanced Construction Robotics has announced that it is now offering its rebar-tying robot through direct sales in addition to ongoing service arrangements. Training on operating the rebar-tying robot is included in the sale price, as well as future software updates and access to an online portal to track its usage and productivity. Other options include other modes of travel for non-bridge projects and a new carry function for transporting materials around the jobsite.
Read more by Jeff Rubenstone on Engineering News-Record:

Advanced Construction Robotics Named Finalist For Pittsburgh Technology Council's Tech50 Awards

Advanced Construction Robotics (ACR), an industry leader in construction robotics and technology, is proud to announce its selection as a finalist for the Pittsburgh Technology Council’s Tech50 Awards in the Artificial Intelligence/Machine Learning/Robotics category. This annual recognition celebrates the top companies in the Pittsburgh region, driving innovation and shaping the future of their respective industries. ACR's recognition as a finalist reinforces its role as a trailblazer in the construction industry, showcasing the company's ongoing development of robotic solutions, including TyBOT®, a rebar-tying robot, and IronBOT®, a rebar lifting, carrying, and placing robot that enhances safety, productivity, and project efficiency.
“Being recognized by the Pittsburgh Technology Council reflects our mission to advance construction through innovation,” said Stephen Muck, Founder and Executive Chairman of Advanced Construction Robotics. “Our team is passionate about developing technologies from concept to commercialization that make a real impact in the field, and this acknowledgment further motivates us to continue pushing the boundaries of what robotics can achieve in construction.”
Since its founding, ACR has been driven by a team of construction and robotics experts committed to advancing the future of construction through innovation. What sets ACR apart is its unique ability to access real job sites, allowing the team to test and refine their robotic solutions in real-world conditions. This hands-on approach enables ACR to create groundbreaking automation technologies that tackle the dull, dirty, and dangerous jobs in construction and rapidly respond to unforeseen challenges. Recently, ACR announced that TyBOT is now available for purchase, marking a pivotal shift from its previous Robot-as-a-Service (RaaS) model. This shift from a RaaS to owning the equipment is unique in the B2B robotics industry. By focusing on practical, impactful innovations, ACR has become a leader in the construction technology space, known for introducing autonomous tools of the trade that are transforming the industry and improving safety and quality.
"We are honored to be named a finalist for the Tech50 Awards," said Danielle Proctor, President and CEO of Advanced Construction Robotics. "This recognition is a testament to our team's hard work and dedication to redefining what's possible in construction. The traction we have seen with the shift to commercialization is huge. We believe our products and business intelligence are redefining the industry while providing new job creation and retention opportunities."
The Pittsburgh Technology Council will announce the Tech50 Awards winners at their annual event on November 14, 2024.
TyBOT Reference Video - TyBOT Walkthrough
TyBOT Reference Videos - Tie Wire Replenishment
TyBOT Reference Videos - Installing the Tie Module
TyBOT Reference Videos - Belly Box Functions
TyBOT Reference Videos - Initial TyBOT Setup

Project & Crew Information:
- General Contractor: Kiewit-Massman JV
- Rebar Contractor: D.T. Read Steel
- Union: Non-Union
- Crew Size: 10 person
- Shift Duration: 8 hour
- Products Used: TyBOT
- September 2023 – April 2024
TyBOT Performance Metrics:
- Actual Ties: 669,142 (75% Total)
- Active Production Hours: 553
- ActiveTie Rate: 1,275 Ties/HR
- Total Equipment Hours: 1,167
- Active Production Rate = 57%
- TyBOT Shifts = 164
- Total Shifts = 186
- TyBOT Utilization Rate = 88%
ACR Project Scope:
- 12 of 18-Span Bridge Deck
- Bridge Deck SF: 252,142
- Width: 69' MIN – 109' MAX
- Length: 2,805’
- Horizontal Deck Rebar: 2,854,472 LBS
- TieSpecs: 50% Bottom / 50% Top
- (2 spans 100% Top)
- Required Tied Intersections: 887,387



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