Trackside Treasure
Thursday, December 18, 2025
1974 Ernestown Derailment - First Person Accounts
Thursday, December 11, 2025
VIA Venture Sets' Serviceability in 2025
- VIA's Venture Sets had a wide range of serviceability from 0-100%.
- Venture Sets had a monthly mean serviceability rate of 73%.
- The Venture fleet's trainsets had a median serviceability rate of 79%.
- As more Venture Sets were delivered, the percentage of sets in service and the total number of Sets in service increased.
- personal observations
- credible trackside reports from others
- video and still photos,
- Red - not observed in operation for two or more weeks. (Minimum of two-week intervals for out-of-service, for which I'd garnered no observations anywhere in the Corridor, allowing one week perhaps for routine service, or just missed by trackside observers, although since the trainsets operate across multiple Corridor lanes, that seemed unlikely!)
- Green - train set received, prior to undergoing break-in testing.
- Yellow - undergoing [1,000-mile] break-in testing.
- White - observed in service.
- The quotient was the # of Sets not in revenue service that week, converted to a percentage. The 'mirror image' of that percentage (adding to 100%, i.e. 30% not in revenue service = 70% in revenue service) gave me the Venture Set serviceability for each week.
- I averaged each month's 4 or 5 weekly percentages together to get the serviceability rate (percentage of Sets in revenue service) that month.
- The goal for my methodology was to garner monthly totals that would make a trend in serviceability, be it negative (or positive!) easier to detect.
- VIA's actual serviceability figures likely differ. They would have the advantage of being based on VIA or Siemens proprietary data, versus my collected trackside empirical data.
- Each 'week' is not necessarily Sunday-to-Saturday, nor completely within one month. Months shown may therefore include a few days of the previous or subsequent month.
- A 'week' shown 'in service' may be based on only one observation or many, i.e. the set may have been used for one day or seven days to be shown as white/in service. Tabulating daily records would create a whole different table!
- Percentages could actually be lower. My two-weeks-not-observed-before-ruling-out-of-service could mean that certain trainsets were actually out-of-service for an additional, undetected 'red' week.
- Percentages have been rounded up to whole numbers.
- Set 25 "became" Set 7/25 after remnants of both sets were combined in August, following inclusion of two cars each in Sets 12 and 24, respectively, all sets then totalling the CN-friendly 32 axles.
- Set 32 entered service during the second week of November, just beyond the scope of this table.
- I'm not a trained statistician, just a train statistician. If you find any errors, please let me know.
- December, 2024: 68%
- January, 2025: 60%
- February: 62%
- March: 67%
- April: 67%
- May: 73%
- June:75%
- July:81%
- August: 87%
- September: 85%
- October: 79%
- Set 1: 0%
- Set 2: 52%
- Set 3: 32%
- Set 4: 50%
- Set 5: 48%
- Set 6: 81%
- Set 7: 67%
- Set 8: 94%
- Set 9: 62%
- Set 10: 85%
- Set 11: 75% (damaged near Mont St Hilaire on September 24, 2025 and still out of service)
- Set 12: 66% (includes remarshalling/testing as XL set)
- Set 13: 87%
- Set 14: 81%
- Set 15: 62%
- Set 16: 62%
- Set 17: 100%
- Set 18: 79% (Lumi)
- Set 19: 62%
- Set 20: 75%
- Set 21: 79%
- Set 22: 88%
- Set 23: 100%
- Set 24: 100% (includes remarshaling/testing as XL set)
- Set 25: 100%
- Set 26: 100%
- Set 27: 93%
- Set 28: 100%
- Set 29: 100%
- Set 30: 87%
- Set 31: 60%
- Set 32: 100%
- 100% serviceable: Sets 17, 23, 24, 25, 26, 28, 29, 32.
- 90-99% serviceable: Sets 8, 27.
- 80-89% serviceable: Sets 6, 10, 13, 14, 22, 30.
- 70-79% serviceable: Sets 11, 18, 20, 21.
- 60-69% serviceable: Sets 7, 9, 12, 15, 16, 19, 31.
- 50-59% serviceable: Sets 2, 4.
- <50% serviceable: Sets 1, 3, 5.
- It's clear from the compiled data that the serviceability of in-service Sets has trended positively over the past 48 weeks. More white, less red!
- It's also clear that VIA has a handle on maintaining the Ventures. As newer sets are delivered, they seem to spend more time in-service. We know that cracked-windshield replacement (shown above at TMC) is an example of a serviceability issue that Ventures were plagued with, but which VIA in conjunction with Siemens was able to address successfully.
- It could be argued that showing in-service percentages for each Set, with earlier-delivered sets understandably having more weeks in-service to have something 'go wrong' would make it easier for newer sets to have higher percentages in-service. But note that the final ten Sets delivered (23 to 32 inclusive) have been in revenue service for up to 42 weeks, a significant time period, with one set entering service about every 7 weeks.
- As the number of Sets increased until all were delivered, a percentage represented an absolute higher number of Sets. In the first week of December, 2024 86% represented 17 Sets in service (out of a total of 21), while a similar percentage in the first week of October, 2025 represented 26 sets in service (out of a total of 31).

- CMA Country Christmas - Little Big Town yes, 'Children Go Where I Send Thee' unfortunately sung by other artists.
- Christmas from Rockefeller Center - It's not Rockette science that I watch this every year!
- Kevin Costner's The First Christmas - a surprisingly scholarly approach to all the reasons my mantle nativity scene is technically only a pastoral pastiche.
Thursday, December 4, 2025
GHM-1 - Enhanced Post
Eric Doubt was a vice-president of a B2B marketing agency specializing in health care in the 1970's. Establishing a Toronto office from Montreal in 1980 was a challenge for the agency as clients and prospects departed down Highway 401 to Toronto. Looking for something to deploy that was dramatic and noticeable, a partner read about the club of private railway car owners in the U.S. Did CN have any passenger cars for sale they could ride into town on?
CN was selling for price of scrap, in good shape, the former library car on the 1939 Royal Train then Governor-General Georges Vanier's car Metis from CN. The price was not cheap, but was below what was expected. Refurbishing, paint job and basic repairs could be managed. The car boasted a lounge, dining room with glass dining table, fully-equipped stainless-steel kitchen, three private bedrooms and bathrooms and was used for meetings, socializing and travel. Metis was returned to service and put into action for launch in Toronto, while there was still no office nor staff in Toronto. GHM-1 was the only privately-owned car in Canada at the time.
Jacques Pelletier, the former Governor-General's valet and chef came to work on the car. He cooked five-course meals while rolling through towns and villages or on the car's spur beneath the CN Tower. The firm received notice of its Agency of Record status from its first Toronto client while aboard the car. GHM-1 give the firm a foothold and presence in Toronto. Press coverage of the private car unfurled, and the firm the soon transferred its operations to a brick-and-mortar office.
The decision to buy GHM-1 parallels the current situation to beamed-up advertising during the pandemic. One recruiting firm just bought a spacious RV in which to meet and stay safe on highways. Imaginative and attention-getting ways to get to one's destination allows firms to stand out from the competition while making a statement.
Originally, in 2021 I happened to find the above engaging excerpt in a podcast by Eric Doubt of CA14 Integrated Marketing & Communications in Georgetown (top photo from CA14 website). Previously, Eric Doubt was Vice-President then Manager of Ontario operations for the car-owning firm that was part of the alphanumeric car number: Greiner Harries McLean, a Montreal ad agency with a staff of 13, to which the above-quoted Eric Doubt podcast referred, though not by name! Industries were moving out of Montreal at the time due to rising language tensions, and this seemed a fun and convenient way to continue to serve them in Toronto. GHM's accounts comprised mostly industrial/technical advertising.
UNCOVERING GHM-1's HISTORY
Schematic from CN passenger car binder:
- 1937 - ice-activated a/c installed with ducting on the roof.
- 1939 - redesignated Special Compartment car.
- 1953 - modernized with a straight arched roof and modern sealed windows.
- roller-bearing trucks installed by 1968.
- 1973 - renumbered by CN to Business Car 41.
- 1975 - renumbered to CN 15104.
- In private ownership as Gravette Historical Museum [GHM-1] --> red herring. This information was included with the rrpicturearchives captioning information, erroneously. I checked with the Gravette, [Arkansas] Historical Museum and they knew of no connection to this car!
- Sold in 1978 to Eric Doubt and Michael Harries as GHM-1 (Montreal/Toronto)
- Resold in 1981 to J.H. Green, Texas Tank Car Works
- Resold in 1989 to Jeff Hanley (Clarksville, AR), named Mercedes
- Resold in 1997 to Ron Dyer, Historic Rails Travel Center (Kansas City). Metis was an attendee at AAPRCO conventions 2003+.
- Resold in 2004 to John Tyson, American Rail Excursions (Reno) MRLX 800341 Metis.
- Resold in 2010 to the New Brunswick Southern.
- Now MRLX 800341 Mid-America Railcar Leasing.
- March 22/79 tailing the Cavalier, VIA No 58
Lots o' links:
- PPCX 800341 Metis painted in CN green-black as of 2004.
- New Brunswick Southern Metis as profiled by fellow blogger Steve Boyko.

Thursday, November 27, 2025
VIA and CN in Quebec Superior Court, Part 3
- VIA and CN in Quebec Superior Court, Part 1
- VIA and CN in Quebec Superior Court, Part 2
- VIA and CN in Federal Court (VIA's initial case, with links to five related posts)
A POSSIBLE RESOLUTION? DOUBLE-VENTURE TRAINS
Public court documents supporting VIA's injunction include a revealing March 27, 2025 email from VIA's General Counsel Denis Lavoie to CN's Chief Legal Officer Olivier Chouc with the subject line - Notice to CN of Double-Venture implementation (email in italics - below). This would have been a rather drastic resolution, operationally, to CN's Crossing Supplement, with many train suspensions! Interestingly, VIA trains No 60/50 and 62/52 did begin operating as double-Ventures between Toronto and Montreal/Ottawa (respectively) on February 2, 2025, perhaps as a test for marshalling more double-Ventures that would be permanently-coupled. [Spoiler - the double-Venture plan was not subsequently implemented.]
As CN is aware, VIA has been considering coupling Venture trains, effectively increasing their axle count from 24 to 48. VIA’s understanding is that those “Double Ventures” would not be subject to the restrictions imposed by CN requiring sub-32- axle Venture trains to apply CROR 103.1(f) at 308 crossings. We would respectfully ask a confirmation from CN that our understanding is correct at your earliest convenience, but by no later than March 28 at 2 p.m. as we need this information to ensure the fastest possible implementation of this new temporary operating model.
VIA intends to move forward with the implementation of the Double Ventures as soon as reasonably practicable.
Switching to a Double-Venture operating mode entails making important service reductions affecting the public as VIA will not be able to operate its current schedule. It simply does not, and will not in the foreseeable future, have enough trains and cars to do so, nor adequate infrastructure to support large numbers of Double Ventures. As such, VIA would have to implement the following temporary service suspensions, representing 52 trains out of the 388 trains VIA operates weekly on the Corridor:
The attached draft equipment cycling plan and trainsets also reflect the intended implementation of the Double Ventures and Legacy trainsets that VIA expects to operate under this mode of operation.
Although the intent of this communication is not to go into the details of the impacts of this measure, it goes without saying that these temporary service suspensions will also have significant impact on our workforce as well (not only on the public).
Please be advised that VIA does not renounce the use of the frequencies associated with the above temporary suspensions as we intend to use them again and resume our full passenger service schedules as soon as possible.
VIA wants to emphasize that it does not want to do this and that it constitutes in no way an admission that a train must have 32 axles as a minimum to operate safely. However, VIA has no other alternative to alleviate the unsafe burden on VIA’s locomotive engineers.
Proposed collaborative path forward -
Finally, as already proposed on March 12, 2025, VIA once again proposes that CN lift its restrictions on the crossings for which CN has no indication of any short warning times.
VIA proposes that the parties continue to monitor for short warning times, perform testing, assess root causes, conduct required risk assessments, and implement proportionate remediation measures where and when necessary to maintain safe operations. VIA has always been open to transparent collaboration with CN and continues to invite such collaboration.
CN and VIA should conduct joint testing to accumulate objective empirical data for both VIA and CN trains warning times, continually assess risks and appropriate mitigations. The path we are proposing is the normal industry evidence-based approach, with continuous testing and investigation, and targeted and proportional remediations only where risk levels require them and are appropriate after considering the full picture, as per the requirements of the Safety Management System Regulations.
If CN is interested in the above, please let us know as soon as possible.
The reply from CN's Chouc came the very next day, tartly threatening to share VIA's plan with the Quebec Superior Court, as the Double Venture implementation would make VIA's injunction moot, thereby imperilling VIA's case. Omnipresent on-board shunt enhancers were proposed as a shoulda-coulda-woulda solution:
Thank you for your email and the discussion yesterday. We confirm that the Crossing Supplement would not apply to the “Double Ventures” operating with 48 axles, which we understand you intend to implement next Monday, March 31 based on the equipment cycling plan attached to your email.
Considering the risk inherent to operating your Venture trainsets in their original configuration, you are making the responsible decision. It is unfortunate that we are where we are when the issues associated with this type of equipment have been known to the industry and to VIA for over a decade, including at the time VIA chose to purchase the equipment. It is also unfortunate that VIA elected not to equip the trains with shunt enhancers which have been proven to solve the issue.
We take note of your comments regarding service reductions. It is unclear to us why VIA has opted for this solution over less disruptive options, including adding a third person in the cab of the locomotive (which would not have to be a qualified engineer) or increasing the number of axles by a lesser amount (at least 32).
In light of this material development, it is obvious that VIA’s application for an interlocutory injunction from the Quebec Superior Court is moot. We will be writing to the Court to provide an update on the situation.
As to the proposed path forward, we are certainly interested, as we have always been, in co-operating with VIA for purposes of ensuring that VIA’s trains run safely on CN’s infrastructure. I will ask Hoang Tran to reach out to Nicolas Panetta to set up a meeting to discuss the appropriate modalities.
AFFIDAVIT OF VIA's NICHOLAS MACKENZIE re: DOUBLE-VENTURE TRAINS
On March 30, Nicholas MacKenzie, then VIA's Senior Manager, Network Planning (until becoming ALTO's Director, Operations and Rolling Stock in July, 2025) swore this five-point affidavit regarding the Double-Venture trains, with the above email exchange just completed:
- Coupling (or “jaying”) 8 Venture trains (out of VIA’s fleet of 24 [actually 28 at the time] Venture trains) into 4 “Double-Venture” trainsets operating with 48 axles;
- Shortening VIA’s remaining 19 trainsets, which consist of various older models that are all 30 years old or more (“Legacy trains”);
- Keeping on standby a Legacy train and a single Venture train, both in Toronto and Montreal, to replace any train that might have a problem;
- Moving VIA’s unused Venture trainsets out of service.
- Two principal metrics are used to measure the offer of passenger rail service: Available Seat Miles (ASM), measuring the capacity of passenger service offer calculated by multiplying the number of seats available by the distance travelled; and
- Departures per week, measuring the frequency of how many trips are offered from an origin point to a destination point.
- 18% in ASM in comparison to the service that VIA should have offered but for the decision to put on hold the Venture fleet’s gradual deployment (30.5 million ASM);
- 14% in ASM in comparison to the schedule for 2025 (29 million ASM).
- With the gradual deployment of Venture trains, VIA should have been able to offer roughly 30.5 million ASM weekly in April 2025, bringing VIA’s offer back to pre- pandemic levels.
- But due to the effect of VIA’s January 2025 decision to put on hold the gradual deployment of Venture trains (given the Restrictions’ workload impact) and of the Legacy train phase-out, VIA is already offering much less service than it should.
- Specifically, VIA now offers 26.1 million ASM and 370 train departures weekly following the cancellation of 18 departures per week in early-February 2025.
- Capacity and frequency reductions would prevent VIA from fulfilling its mandate to provide adequate services to Canadians.
- VIA would lose further customers switching to other less sustainable modes of transportation (like driving or flying), as VIA would expect an important drop in tickets sold due to changed passenger travel habits, some of which may be permanent.
- Implementing the Double-Venture Plan would cause important financial losses given the lost revenues resulting from the cancellation of 52 train departures weekly and an increase in operating costs due to the need to pull a second (often empty) Venture train. This is in addition to the fact that numerous Venture trains representing investments of roughly half a billion dollars would have to be put out of service.
- Service cuts would aggravate the serious harm to VIA’s reputation and brand, which has already suffered from the train delays caused by the Restrictions.
- For the weeks during which the Double-Venture Plan may be implemented, service cuts would necessarily result in a loss of seasonal employment and a temporary conversion of some full-time VIA jobs to part-time jobs.
- On December 10, 17, and 18, 2024, CN conducted testing on VIA Rail Canada Inc.’s (“VIA”) Venture Trains specifically directed to loss of shunt at 24 crossings on CN Drummondville, St. Hyacinthe, and Kingston Subdivisions. These 24 crossings were selected because they are a good representation of the type of grade crossing warning systems in place across the network. The purpose of this testing was to replicate part of the testing done by the National Loss of Shunt Committee in the United States on CN’s network in Canada. We performed this testing in December, when shunting conditions are ideal due to wet weather, so that the results obtained could serve as a baseline for other testing to be conducted in poor shunting conditions. I was involved in the design of this testing program (e.g. what data was to be collected and in what order the crossings should be tested).
- To perform the tests, we co-ordinated with VIA because we needed their locomotive engineers not to apply the Crossing Supplement when approaching the crossing. For the tests, we needed the trains to approach the crossings at a constant speed, rather than decelerating until they were close to each crossing and accelerating again once the warning system was activated for the required amount of time. We manually protected the crossings during the tests by stationing flaggers (i.e. personnel with flags) at the crossings. A number of Transport Canada rail safety personnel attended the testing, namely Mr. Ioan Chis, Mr. Pierre Marcotte for the testing in Drummondville and St. Hyacinthe Subdivisions, and Mr. Darrell Vidler and Mr. James Rochon for the testing in the Kingston Subdivision.
- My role in this testing comprised the following: (i) track circuit sensitivity testing that was conducted starting on October 31, 2024; (ii) coordinating the retrieval of 1⁄4 second logs and producing shunting profiles on the basis of these logs; and (iii) compiling all of the other data recorded during our tests for each crossing, namely the identifying information for the train, time, test speed, axle count, temperature, humidity, and barometer readings. We recorded this data for every train that passed through the 24 crossings that were part of the testing program, which enabled us to compare the shunting profiles of various trains and axle configurations, including those of VIA’s Venture trains.
- We had received Ministerial Order 24-01 on December 10, 2024, the first day of this testing program. As a result, we included the IXS logs downloaded from the grade crossing warning systems on the date of the tests, the shunting profiles, and the data collected about the test conditions as part of our response to Ministerial Order 24-01 on January 9, 2025.
- I am also the author of a document that describes the methodology and results of the December 2024 testing (the “Summary of Testing” document). This document was included in the package that was sent to Transport Canada on January 9, 2025. The Summary of Testing document also describes the loss of shunt testing that CN performed on the Illinois Department of Transportation (IDOT) Venture trains and the simulated testing performed on VIA’s Venture trains.
- As I described in the Summary of Testing document, the results of this testing were consistent with our expectations based on our work on the National Loss of Shunt Committee. The following is an extract of the Summary of Testing document: During the testing we saw three distinct shunting profiles. The freight train has an ideal shunting profile, where the train is detected by the crossing warning system once it gets on the approach, and it shunts in a linear manner. The 28 axle VIA shunting profiles shows that the crossing warning system also detects the train once it hits the approach, but the shunt profile is moving away from being linear with signs of erratic shunting. Lastly, the 24 axle VIA shunting profiles shows that the crossing warning system has a hard time picking up the train once it hits the approach, the profile is even less linear than the 28 axle, and it is far more erratic as well. Looking at both the 28 and 24 axle profile there are signs of a potential floating shunt situation. During our testing there was not a floating shunt detected, due to the weather conditions, but given the data the potential is there. We would need a sustained period of dry conditions, which would then create a scenario where we potentially could have a floating shunt. We witnessed similar results during our testing in Effingham, Illinois while doing similar testing. The White Paper Report that was created by the National Loss of Shunt Committee, out lines [sic] all of the various, extensive testing that we have done to mitigate the floating shunt issue.
- We detected only one short warning time that we suspect was attributable to train handling (i.e. a train accelerating through the crossing), but these results were in line with our expectations given that the testing was intentionally carried out in ideal shunting conditions and, as noted, intended to serve as baseline testing for other testing to be conducted in poor shunting conditions. For investigating loss of shunt, the shunting profiles provide the most important information. Despite the ideal shunting conditions of these tests, we still found clear indications of poor shunting with the VIA Venture trains. Based on our experience with the same testing in the United States, this type of shunting behavior could turn into erratic and very erratic shunting and floating shunts (i.e. when the shunt hops between different axles of the train) in poorer shunting conditions.
- On February 11, 2025, CN provided Transport Canada with a spreadsheet in which it analyzed a subset of the raw data that CN had provided to Transport Canada on January 9, 2025 in response to Ministerial Order 24-01 (the “Drummondville Short Warning Times Analysis”). I am aware that this analysis was provided to Transport Canada in response to a request during a call on January 31, 2025 that CN identify the rationale for short warning times for approximately 25% of the crossings that were the subject of the Ministerial Order. I work closely with Troy Samuel and Thomas Hilliard, who attended the call on behalf of the Signals and Communications team.
- The Drummondville Short Warning Times Analysis was prepared by members of our Signals and Communications team for the Eastern Region (i.e. Eastern Canada), but I have been working on a similar analysis in connection with a request from Transport Canada that we provide a comprehensive analysis of short warning times in respect of all of the logs submitted to Transport Canada in response to MO 24-01. As such, I am familiar with the underlying methodology and the type of records that are used. It is not the intent of either analysis to identify instances of shunting problems as we do not have corresponding 1⁄4 second logs for the crossings, dates, and times under review by Transport Canada. Rather, these analyses were prepared in response to Transport Canada’s more general concerns about short warning times. To record a 1⁄4 second log, the current state of the technology is such that you need to be physically at the crossing. It may also be necessary to upgrade the display and track cards for certain grade crossing warning systems. In contrast, the data being analysed in the Drummondville Short Warning Time Analysis and the larger analysis that I am preparing for Transport Canada is based on the logs recorded as a matter of course by the grade crossing warning devices at our crossings.
- In response to the request from Transport Canada on January 31, 2025, CN decided to provide an analysis of short warning time data for the Drummondville subdivision first because the same information was needed to respond to two letters of non-compliance, dated January 21 and 22, 2025, respectively. These letters raised concerns about, among other things, short warning times observed by two Transport Canada Railway Safety Inspectors (Signal Systems & Crossings), Mr. Ioan Chis and Mr. Pierre Marcotte, at crossings in the Drummondville subdivision. As noted above, Mr. Chis and Mr. Marcotte also attended the testing on the Drummondville and St. Hyacinthe subdivisions in December. The crossings addressed in the Drummondville Short Warning Times Analysis were selected because they were the crossings at which short warning times had been observed by Transport Canada’s inspectors, as noted in the letters of non-compliance.
- I am aware that the Drummondville Short Warning Time Analysis was updated on March 21, 2025, to correct the inadvertently omission of 54 occurrences of short warning times for one of the crossings included in the spreadsheet. The Drummondville Short Warning Times Analysis is a spreadsheet made up of seven worksheets, each of which is labelled with the relevant crossing number. The purpose of the analysis is, as stated above, to identify short warning times and their cause insofar as that is possible, and the train associated with the short warning time.
- Calculating the actual warning time is straightforward provided you understand the nomenclature in the downloads. One of the issues we encountered during the recent exchanges with Transport Canada is that they identified a huge number of short warning times in our data that were not actually short warning times because we believe they were using the warning times recorded in the train log, even though there is a statement in the log itself that the actual warning times shown in the log are “FOR MAINTENANCE PURPOSES ONLY” and “ARE NOT USED IN WARNING TIME CALCULATIONS.” The format of the logs depends on the model of the device from which they are downloaded. The next step is to determine if the actual warning time calculated on the basis of the logs is compliant with the minimum warning time for that crossing. The minimum warning time for a grade crossing warning system can be identified from its design and board plans and for the crossings covered by the Drummondville Short Warning Times Analysis, ranged between 24 and 33 seconds. These plans were provided to Transport Canada in accordance with the Ministerial Order. The information available in the design and board plans can vary. Some show only design warning time, while some show both design and the minimum warning time.
- If a short warning time is identified, then the next step is to look further into the downloads to see what happened before the grade crossing warning system was activated. This is where the information about the speed at which the train was travelling becomes relevant. If the downloads show the train stopped or slowed down enough after entering the crossing approach and before reaching the crossing itself, then the grade crossing warning system will have had an opportunity to recover (e.g. the gates will start to lift). This could happen, for example, where a train stops to pick up passengers. We also look to see if the train sped up in the crossing approach or “charged” the crossing, which may be a non-compliance with CROR 103.1(g) if the train accelerates by more than 5 MPH. Either one of these circumstances can result in short warning times, but they are generally the easiest to determine just with the download alone.
- Other less obvious reasons for short warning times require additional investigations as the download data alone can only get us so far. To further investigate the movement of a particular train through the crossing, we take historical information from our wayside inspection systems (i.e. hot box detectors or HBDs) and our dispatch systems. We use the time from the crossing downloads and cross reference that to the wayside systems to determine direction of travel, train information, and the number of axles. This information can be found in Columns H to O of each worksheet of the Drummondville Short Warning Times Analysis. The time that the train passed by the site of the closest hot box detector is recorded in Column K of each worksheet of the Drummondville Short Warning Times Analysis, alongside the location of that hot box detector, which is recorded in the preceding column I. We can also look at our dispatch system to get the train ID and see if there was any other activity with the movement (e.g., train meet, train came out of the siding, crossover move within an approach, etc.).
- It is possible that the time stamps recorded by the wayside inspection systems and the grade crossing warning systems are not synchronized, due to, for example, a power outage or daylight savings times at one, and not the other, as the two devices do not communicate with each other. The time stamps recorded by the wayside inspection systems are accurate because they are updated in real time.
- Finally, the time period over which this analysis was conducted was determined by the amount of data available in the logs downloaded from the grade crossing warning systems at the crossings in question. For example, the first tab in the spreadsheet addresses the crossing at mile post 46.35, for which data was available between October 27, 2024 and January 8, 2025 (i.e. the date we downloaded the logs), whereas for the second tab in the spreadsheet which addresses the crossing at mile post 51.72, we had more data, back to August 21, 2024. The amount of data that we can get from a particular grade crossing warning system depends on the storage capacity of the device and the number of events that it logs. As new events are recorded, records of older events are lost unless we download the data.
- The total number of incidents of short warning time documented in the attached file is 206.
- 191 are associated with VIA equipment (93%) most of which are VIA Venture equipment (90%) and some marginal VIA Legacy [equipment] (3%)
- The Ministerial Order [MO 24-01]) to verify compliance to GCR 16.1.1 – Task of TC Headquarters (HQ) – The review suggested evidence of non-compliant short warning times - prior and post [issuance of the CN] crossing supplement.
- Onsite inspections were part of our oversight plan, which happen to include small percentage of crossings in the M.O. This activity revealed a certain number of non-compliant short warning times as well.
- Approximately 80 (representing 26% of the 304 locations) grade crossing warning systems located over ten (10) subdivisions in the provinces of Quebec and Ontario, experienced short/non-compliant warning times based on the timeframe provided in the logs. The detailed list of crossing locations is attached to help CN focus its analysis.
- These preliminary findings suggest the presence of non-compliances/short warning times have occurred prior to, and post, implementation of the Crossing Supplement, which highlights that concerns remain where warning systems are not consistently and reliably providing compliant warning times.
- The responsibility to ensure compliance with the operation of warning systems at both public and private grade crossings, resides on the railway company as per the Grade Crossings Regulations. As the host railway, CN is responsible for the infrastructure and maintaining operation requirements, and ensuring that their operation, and any local railway company operations does not result in non-compliances/short warning times.
- A cursory review of the Drummondville Subdivision data highlights approximately 13 instances of short/non-compliant warning times (versus 206 short warning time CN noted) for the 8 crossings. This may be due to CN’s internal practices for establishing warning times, versus GCS minimum warning time requirements.
- The trains involved in these instances of short/non-compliant warning times included VIA Venture, CN, and unidentified trains.
- Preliminary Findings of TC analysis of the Ministerial Order Submission
- Effectiveness of Measures Implemented to address Increased Cognitive Workload
- Collaborative approaches to addressing safety risks identified by both CN and VIA
- First step should be to lift restrictions across the network for crossings where CN has no data of short warning for VIA trains (the vast majority). This makes sense to remove the intolerable cognitive workload risk across the network where there’s no short warning times, and since we are five months after October 11, 2024, without a risk assessment from CN or any information showing any immediate safety threat.
- Second, CN could keep restrictions at crossings on the Drummondville Sub where CN has some short warning times data. This would not be a permanent solution. Industry practice would be to have some temporary protections at those crossings while they are being fully investigated and proper solutions duly implemented (e.g. through adjusted crossing system activation time and/or rail grinding to remove rust).
- Third, VIA and CN should continue testing to accumulate objective empirical data for both VIA and CN trains warning times, to continually assess risks and appropriate mitigations.
- The path we are proposing is the normal industry evidence-based approach, with continuous testing and investigation, and targeted and proportional remediations only where risk levels require them and are appropriate after considering the full picture, as per SMS. This is the approach that CN should have adopted and which we believe TC would want the parties to adopt going forward.
- The issue is known and well documented, as evidenced by the Committee’s report.
- VIA knew or ought to have known about the issue. VIA retained the services of Jacobs Engineering to finalize the technical requirements. Jacobs played a key role in evaluation and negotiation during the procurement.
- VIA is using on its own infrastructure the same equipment as CN, namely GCP 3000’s and HXP grade crossing predictors.
- VIA has required that its next order of Venture Train Set be equipped with Shunt Enhancers.
- CN does not experience the issue with its equipment."
- adding an additional crew member in the cab;
- adding two cars to its consist; or
- reducing the speed to a point where it no longer needs to observe crossing activation.
April 6, 2025 - CN submitted a 51-page argument plan against VIA's application for interlocutory injunction, dismissing many of VIA's positions opposing the CN Crossing Supplements, even minimizing the credibility of VIA's expert witness on crew fatigue. [Creepily submitting that the expert witness must believe that VIA's Ventures are in fact safe, since she and her husband rode Venture-equipped trains on two occasions from Montreal to Ottawa. Information apparently gleaned from the expert witness's submitted expenses totalling some $9,000.]
April 3-7, 2025 - Meetings discussed documents further; examinations and cross-examinations took place.
April 10-11, 2025 - The Honourable Serge Gaudet presided over the hearing into the interlocutory injunction against CN.
April 23, 2025 - The Superior Court of Quebec chose not to intervene and grant an interlocutory injunction against CN, see judgement in Part 2 of this series of posts.
VIA's APPLICATION IS STILL BEFORE THE QUEBEC SUPERIOR COURT
June 20, 2025 - The Appeal Court of Quebec issued a judgement on an application for leave to appeal from a judgment rendered during the proceedings on April 23, 2025. The application for leave to appeal the judgment rendered in the course of the proceedings, with legal costs, was rendered by The Honourable Myriam Lachance, Judge of the Court of Appeal.
June 26, 2025 - A hearing was held in Quebec Superior Court, Montreal courtroom 17.09 from 1030-1109 before the Honourable Serge Gaudet. A request made by CN was for confidentiality and sealing, and VIA deferred to the Court's discretion. CN and Transport Canada have, since that date, exchanged a large number of technical documents in accordance with the ministerial order. Some of the documents were filed by CN or VIA in response to an application for an injunction by VIA. Accordingly, the Court had signed the draft judgment submitted to it, with certain modifications. Specifically, to provide for the redaction of the file and documents within 30 days, and that for this purpose, the entire file would be available for the parties to carry out the said redaction, after which the file will be returned to the registry.
Some of the documents exchanged between CN and Transport Canada contain confidential and highly sensitive information about CN's rail infrastructure, rail traffic, the activation, operation, design, and programming of level crossing warning systems, as well as the results of tests conducted by CN on these warning systems; CN has filed an application requesting the court to issue various orders to protect the confidentiality of certain documents exchanged with Transport Canada; the application is supported by two sworn affidavits signed by representatives of CN; and those sworn affidavits confirm that the public disclosure of the documents covered by the application poses a risk to the safety of passengers on VIA trains and employees, and the general public. The court ordered all persons, including representatives of the plaintiff, not to reproduce, communicate, or publish, directly, the confidential information, except for the purposes of this litigation and in accordance with the terms of this judgment.
A LEFTOVER PROCEEDING ON COSTS - FROM THE FEDERAL COURT CASE
July 22, 2005 - A decision rendered by the Federal Court related to the costs awarded in the February 19, 2025 Order granting the Canadian National Railway Company’s (CN) motion and striking out Via Rail Canada’s (VIA) application for judicial review.
In a filing on March 31, 2025 CN's contended that it had incurred $1,393,219.50 in costs responding to VIA Rail Canada Inc.’s Application, which CN further contended was found to be without any possibility of success and suffering from an obvious fatal flaw. The legal fees incurred by CN related to two motions brought within VIA’s Application. The first motion was an injunction brought by VIA, which sought to stay CN’s decision to issue restrictions on certain VIA train operations in the interest of public safety. The second was a jurisdiction motion brought by CN. CN was ultimately successful on its jurisdiction motion, striking VIA’s Application in its entirety without leave to amend. CN is without question the successful party in this proceeding.
A lump sum of $512,038.08 was awarded in favour of CN, although for a lower amount than CN's requested lump sum costs that amounted to 38% of costs incurred, $735,621.43, including:
- $657,598.08 in lawyer fees representing 50% of CN’s alleged costs, and
- $78,023.35 in alleged disbursements.
Filings with the Court from both CN and VIA's legal teams ensued over the summer. VIA appealed the costs on August 1. CN responded on October 3, in turn challenging the amount of legal costs to be received from VIA. The matter was to be heard in Federal Court in Ottawa on October 22, 2025.
THE QUEBEC SUPERIOR COURT CASE SIMMERS IN THE SUMMER
July 2, 2025 - During an opinion presentation heard at 9 a.m. in Room 2.16, the Honourable David Collier ruled that given the substantial volume of evidence and the number of expert witnesses announced by the parties (five each), and considering that, due to railway safety concerns, the case should be prepared expeditiously, the Court accepted the initial protocol of the proceedings dated July 2, 2025, and referred the case to the co-ordinating judge for a ruling on the request for special handling.
As a result, on August 7, 2025 the Honourable Frederic Perodeau appointed the Honourable Donald Bisson, to provide special management of this proceeding, decide all incidental applications and make all appropriate orders, until the case is set for trial and judgment. Then, on September 23, 2025 he issued scheduling after a 90-minute hearing - the pre-trial examination of VIA representatives to be held between October 14-31, 2025 with hearing of CN's objections scheduled for December 1, 2025.
- Remain applicable solely to 'VIA Venture equipment', thereby perpetuating an unjustified differential treatment of Venture trains, notwithstanding CN’s own data demonstrating a lower frequency of short warning times for Venture equipment compared to other rolling stock;
- Perpetuate a blanket rule applicable broadly across CN’s entire Corridor rail network, rather than addressing localized issues at crossings where a shunting deficiency is demonstrably present, including in contravention of CROR 103.1(f);
- Maintain speed restrictions supported neither by any risk analysis as required under section 15 of the SMS Regulations, nor by any probative evidence of genuine safety concern or of any demonstrable positive impact on mitigating such a concern (especially in spite of TC’s previous conclusion that “data does not show that the supplement has resolved the short warning times”);
- Continue to enforce a rule governing railway equipment (including speed restrictions applicable to specific train types and a requirement for 32 axles or a shunting enhancer) adopted in violation of the mandatory consultation and ministerial approval process set out in section 20 of the Railway Safety Act;
- Continue to impose an exclusive burden on VIA while CN unreasonably refrains from implementing any available corrective measures, contrary to best practices and to the responsibility framework set by the Grade Crossings Regulations, pursuant to which CN is responsible for ensuring its crossings adequately detect rolling stock;
- Retain a requirement that VIA Venture trains operate with shunt enhancers in contravention of section 27.1 of the Railway Locomotive Inspection and Safety Rules; etc."









































