RFP_527-26_Nussbaum_Appendix_A_Proposal-1.pdf
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- Attached to
- Competitive Selection OH|DOT52726-1
- Contract number
- DOT52726-1
- Issued by
- Ohio
About this file
This document appears to be a comprehensive project proposal for an Automated Driving System (ADS) deployment, involving collaboration between transportation agencies in Ohio and Indiana. The project involves a fleet of three Class 8 tractor/trailers equipped with Level 2 automation technology, with deployment planned from February to November, including two months of winter operations. The routes will primarily cover interstate highways in Ohio and Indiana, including sections of I-70, with each of three drivers completing approximately 15 round trips per week.
The proposed ADS system demonstrates capabilities in lane keeping, forward and side obstacle detection, and lane changing, with operational performance evaluated across various environmental conditions including different weather scenarios and lighting. The deployment will collect extensive data on vehicle performance, including telematics, GPS tracking, transmission states, maintenance costs, and driver interactions. Key technical specifications include a maximum operating speed of 65 mph, ability to handle dense traffic and stopped vehicles, and provisions for driver engagement and emergency interventions. The project aims to assess the practical implementation and performance of Level 2 automated driving technology in commercial trucking operations.
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Other files
| File | Type | Posted |
|---|---|---|
| 527-26.pdf | ||
| RFP_527-26_Nussbaum_Cost_Proposal.pdf | ||
| Signed__527-26_I-70_Truck_Automation_Corridor__Affirmation_and_Disclosure.pdf | ||
| RFP_527-26_Scoring_Template.xlsx | XLSX spreadsheet | |
| Signature.pdf | ||
| RFP_527-26_Nussbaum_Cover_Letter.pdf |
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Text version
What type of automated technology are you looking to deploy?
Specify or define what SAE level your solution provides.
Can the proposed ADS system perform the following? Score Yes/No Notes
Lane keeping 2 Yes Adherence to speed limit 2 No Forward view obstacle detection and proper safe response 2 Yes
Side view obstacle detection and proper safe response 5 Yes
Rear view obstacle detection and proper safe response 1 No
Lane changing with integrated obstacle detection 5 Yes
Safe lane merging when entering/exiting the highway 5 Yes
Maintaining appropriate gap distance from other vehicles 2 Yes
Can the proposed ADS system operate under the following environmental conditions?
Score Yes/No Notes
Rain 1 Yes Sleet/hail
1 Yes
Ice was not listed as a weather condition but a buildup/accumulation of ice would be a limiting factor
Snow 2 Yes until snow accumulates on component High winds 1 Yes
Dust/ dirt 1 Yes Fog 1 Yes Mud 1 Yes Until accumulation happens Smog 1 Yes Smoke 1 Yes Spray 1 Yes
Sunny 1 Yes Cloudy/shadows 2 Yes Night/dark 2 Yes At what speeds can the proposed ADS system operate? Score MPH Notes
Maximum speed (daylight) >55 = 2 65 This is our top set speed
Table 3. ADS System Capabilities
Response
L2 automation
Weather
Particulate Matter
Lighting https://www.sae.org/blog/sae-j3016-update https://www.sae.org/blog/sae-j3016-update
Maximum speed (night) >55 = 2 65 This is our top set speed Yes/No Notes Yes 3 trucks No No
Can the proposed ADS system properly handle the following traffic conditions? Score Yes/No
Notes (Proposers may indicate if safety driver must be engaged)
Vulnerable road users present (bicycles, pedestrians, etc.) 4 Yes
Accident/emergency vehicle (i.e. move to the right/stop) 4 No
Vehicle not capable of navigating, driver must be engaged
Closed lane/ramp/road (section) 4 No
Vehicle not capable of navigating, driver must be engaged
Construction/work zones (variable speed limits, new lane patterns, conflicting lane lines, etc.)
4 No Vehicle not capable of navigating, driver must be engaged
Dense traffic/high vehicle volumes (i.e.
rush hour) 5 Yes
Managed lanes (high occupancy vehicle (HOV), high occupancy toll (HOT), etc.) 1 No
Vehicle not capable of navigating, driver must be engaged
Weigh stations 2 No
Vehicle not capable of navigating, driver must be engaged
Stopped vehicles 5 Yes
Enable operator to take manual control of the vehicle as needed at all times 3 Yes
Notify operator if GPS connectivity is lost during vehicle operation (if this is critical to operational safety)
7 Yes Notification does occur but it is not critical to operational safety
Notify operator when an emergency stop is necessary 5 Yes
Notify operator when the ADS system is available for use 7 Yes
Notify operator of the ADS system operational status while vehicle is in use 2 No
It tells the driver is something is wrong, but not if the system is working correctly.
Notify operator of vulnerable road users (pedestrian, bicyclist, etc.) 3 Yes
Class 8 tractor/trailer Box truck Delivery vehicle
Operator Notifications
What type of trucks will be deployed?
Parameters and Responsibilities Do you acknowledge this responsibility?
Notes
Participate in kick-off meeting Yes Participate in bi-weekly project meetings Yes Provide monthly invoices/reimbursement requests Yes
Provide monthly progress reports Yes
Review and provide input into required project documentation (see deliverables table for details)
Yes
Provide an Operational Design Domain (ODD) specifying conditions under which the ADS system can safely operate and those under which the ADS system should not be engaged)
Yes
Coordinate any necessary procurement of ADS technology, vehicles, telematics, etc. with the TAC Project Team
Yes
Provide information on deployment route(s) in the notes section
• Please provide approximate mileage for each proposed route (in one direction)
• Please provide approximate volumes on each route (if multiple routes)
Provide number of trucks equipped with automation technology in notes section N/A 3 trucks
Provide number of round trips in notes section per week N/A 15 round trips total
Deployment on route timeline
• Please indicate the number of months for deployment
• Please indicate the number of months for winter operations (December-March) Does the route include mileage on I-70? Please respond yes or no in the notes section N/A Yes
Install ADS kits (if retrofit), telematics (if needed), data loggers (if needed), etc. Yes
Installation, Testing and Training
We will be ordering 3 trucks to include the
N/A
Deployment is expected to last from February to November, 10 months total.
There would be 2 months of winter deployment.
Table 4. Deployment Team Parameters and Responsibilities
Project Management
Planning and Procurement
Deployment Information
N/A
We have three drivers selected. Driver 1 runs 555 miles in a daily circuit and 447 of those miles are in the states of OH and IN, 5 loads every week. Driver 2 has a daily run across IN and OH with 198 miles within the states in one direction, 5 loads every week. Driver 3 has a daily circuit and 343 miles out of 502 daily miles are in OH, 5 loads/week.
• Please indicate the number of trucks that will be equipped with ADS in the notes section
Yes
Provide an Acceptance Testing Plan Yes Based off of a template provided.
Conduct Acceptance Testing, rectify any issues, and provide documentation of test results for TAC Project Team signoff prior to deployment Yes
Provide ADS training materials for drivers and fleet partner, including back office and maintenance teams
Yes
Provide ADS training materials and participate in a minimum of two (2) training events for law enforcement/emergency responders (one for Ohio and one for Indiana)
Yes This may not be necessary with L2 automation but we can participate in whatever is needed.
Baseline operations on proposed route(s) to collect data for comparison (baseline data: ADS system disengaged or comparable conventional vehicle)
Yes Can provide pre-project truck information
Routine maintenance of vehicle and ADS system and monthly maintenance reports Yes
Emergency maintenance of vehicle and ADS system and timely reporting to TAC Project Team
Yes
Verify that any necessary governmental approvals have been received (for example, Federal Communications Commission (FCC) Application for Radio Service Authorization if the solution includes wireless radio communication.
Yes Do not anticipate any needed.
Work with TAC Project Team to determine how data will be transmitted and used Yes Are capable and willing to provide data in multiple forms Collect data from both baseline operations and ADS technology deployment Yes
Follow all applicable federal, state, and local regulations Yes
Participate in feedback workshops for drivers, fleet back office/operations, and maintenance team both pre-deployment (to establish a baseline) and near deployment completion
Yes
Coordinate with TAC Project Team to align communications strategy and talking points and get approval for releasing content where applicable
Yes
ADS kit options.
Operations and Maintenance
Data Collection and Management
Communications
ADS
Level
Description of Data Element
Will you provide this data?
If yes, who will provide this data?*
Notes
L2 & above
External Video Footage - Surrounding Traffic/Environment
Yes Telematics triggered events available for 1 yr, can transmit as needed with driver data blurred
L2 & above
Internal Video Footage - Instrumentation/ADS User Interface
Yes OEM
Can't provide video footage but can provide data for instrument alerts.
L2 & above
Internal Video Footage - Driver Yes Telematics triggered events available for 1 yr, can transmit as needed with driver data blurred
L2 & above External Temperatures Yes Telematics
L2 & above Tire pressure Yes Telematics
L2 & above Tire wear Yes Fleet
Would have the drivers capture this weekly
L2 & above
Fuel consumption (miles driven, gallons consumed) Yes Telematics
Table 5. Data Sharing for Deployment Evaluation
L2 & above
Fuel cost savings/changes over baseline Yes Fleet
Changes will be minimal but can be compare d to our overall fleet averages , or pre-project performa nce
L2 & above GPS position Yes Telematics
L2 & above
GPS Connectivity along route Yes Telematics
L2 & above Traveling speed Yes Telematics
L2 & above Speed limit adherence Yes Telematics
L2 & above Load weight Yes Fleet
Drivers can capture daily
L2 & above Total Mileage Yes Telematics
L4 Only Mileage with ADS System Engaged No Choose an item.
L4 Only Mileage with ADS System disengaged No Choose an item.
L2 & above
Transmission State (driving, idling, stopped) Yes Telematics
L4 Only Number of/reason for system engagement/ disengagements
No Choose an item.
L2 & above
Number/type of system notifications to drivers Yes Telematics
L4 Only Number of/reason for false positives (collision avoidance)
No Choose an item.
L2 & above Harsh acceleration Yes Telematics above Harsh braking Yes Telematics above Air drag No Choose an item.
Do not have a way to measure
L2 & above
Drive Time Sheets (including driving vs rest time)
Yes Telematics
L4 Only Automated/Coordinated braking response time No Choose an item.
L2 & above Accelerator pedal action (%) Yes Telematics
L2 & above Brake pedal action (%) No Choose an item.
Can measure either 0% or 100%, not in between
L2 & above
Instances of emergency stop Yes Telematics
L4 Only Instances of automatic stop No Choose an item.
L4 Only Number of/reason for ADS system communications failures
No Choose an item.
L2 & above
Changes in labor rates ($ or %) Yes Fleet
L2 & above
Changes in maintenance costs ($ or %) Yes Fleet
L2 & above
Scheduled downtime for maintenance -date/time/duration
Yes Fleet
L2 & above
Unscheduled downtime for maintenance -date/time/duration
Yes Fleet
L2 & above
Cost of routine maintenance ($) Yes Fleet
L2 & above
Changes in cost of routine maintenance (%) Yes Fleet
L2 & above
Cost of unplanned maintenance ($) Yes Fleet
L2 & above
Changes in cost of unplanned maintenance (%) Yes Fleet
L4 Only ADS System-related maintenance costs No Choose an item.
| 3 - ADS System Capabilities |
| 4 - Deployment Tm Roles & Resp. |
| 5 - Data Sharing for Depl Eval |
| 6 - Cost Prop Template |
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