A $2.50 toll each way, 5 days/week, 50 weeks/year adds up to a yearly toll of $1250/year
in AFTER TAX MONEY ($1600 in 2017 dollars). People who work in Oregon will probably
have to earn at least $1700/year to pay this toll. (2006 dollars, $2100 in 2017 dollars)
They are considering triple the above tolls to force you to use transit:
a triple toll, $7.80 each way during rush hour in 2017
. . .
But if you want to raise the big money, you double that base toll and place it on
both the I-5 and I-205 bridges.
That would raise a projected $6.06 billion over 30 years, more than enough to pay
the entire cost of building a new I-5 bridge, extending light rail into Vancouver
and reconstructing seven freeway interchanges.
Triple tolls of $7.80 each way ($15.60 round trip) are $3900/year!
Can you get a $5000-$6000 raise to pay these tolls just to get to work?
Can you afford to waste an extra hour or two each day shifting to transit?
From the Draft Environmental Statement, page S-26:
Tolling will likely be necessary to generate the local revenue needed to help pay
for the CRC project. Tolling was used to fund the original construction of the Interstate
Bridge in 1917, and again in 1958 to pay for construction of the second span.
Several tolling scenarios are being evaluated (Exhibit 21):
• No toll (part of the No-Build Alternative, and also modeled with Alternative 3
to determine the traffic effects of tolling).
• Standard variable rate on the I-5 crossing (paired with Alternatives 2 and 3).
• Higher variable rate on the I-5 crossing (paired with Alternatives 4 and 5).
• Standard variable rate on both the I-5 and I-205 crossings (not paired with any
build alternative, but evaluated separately to assess
potential traffic diversions resulting from tolling the I-5 crossing).
Different toll rates would be charged based on the type of vehicle and the time of
day, with higher tolls charged during peak commute periods. Tolls would be collected
through an electronic toll collection system so that traffic would not have to stop
or slow down when crossing the bridge. Instead, motorists could equip their cars
with transponders that would automatically bill the vehicle owner each time they
crossed the bridge. Cars without transponders would be tolled by a license-plate
recognition system that would bill the address of the owner registered to that license
These different tolling scenarios are being evaluated for several purposes. Evaluating
different rates on the I-5 crossing provides information about travelers’ sensitivity
to paying a toll, and whether a higher toll would provide more revenue or simply
cause reduced use of the river crossing. Evaluating a toll on the I-205 crossing
provides an indication of how many motorists would divert to the I-205 crossing if
this project were to implement a toll on just the I-5 crossing.
Tolls as high as $3900/year are being proposed
you’d have to get a $5000-$6000 raise to pay tolls after tax
Tolls are Planned to be $2000 per Year for Commuters
Chapter 4 of The Interstate 5 Columbia River Crossing Project Final Environmental
Impact Statement contains financial data including tolling scenarios. Exhibit 4.33,
Toll Rate Schedule Scenarios - Toll Rates In Each Direction, shows three toll rate
scenarios called Schedule 1, Schedule 2, and Schedule 3. Page 4-19 contains the following
Given the baseline financial assumptions used in this FEIS, finance plan scenarios
based on either the Base (Schedule 1) or Schedule 2 toll rates do not appear to
be viable. The finance plan scenario shown assumes Toll Rate Schedule 3 and employs
its entire borrowing capacity. It employs 3 years of precompletion tolling on a cash
basis and a small amount of residual toll revenues. (Emphasis added)
Therefore it is appropriate to use the tolling data from Schedule 3 which shows a
$3.00 toll from 6-10 am and 3-7 pm. This must be adjusted per footnote a of Exhibit
Toll rates are shown in 2006 dollars. Toll rates are assumed to escalate
at 2.5% per year.
If the bridge opens in 2019, at 2.5% per year increase, that $3 toll becomes $4.14
each way or $8.28 per day for commuters.
$8.28 per day is $2000 per year.
With yearly increases that becomes $3000 per year just 15 years after opening.
3 x 1.025^13 = $4.14
4.14 x 2 = $8.27
8.27 x 250 = $2068
2068 x 1.025^15 = $2995
1.025^13 = 1.378511
1.025^15 = 1.448298
But Tolls might reach $4000 per Year for Commuters!
188.8.131.52 Adapt Tolling to Different Circumstances if required to Rebalance the Funding
Toll rates can be adjusted within reasonable amounts if additional funding capacity
is required. Tolling analyses found that gross toll revenues can be increased by
raising toll rates up to almost $6.00 (2006$) each way, after which the diversion
impacts of higher rates exceeds the added revenues the higher rates produce. Toll
rates that high are not being proposed. However, the analysis demonstrates that an
increased toll rate schedule can produce additional funding capacity, if that was
Again, adjusting that $6 toll from 2006 dollars to day of opening we get $8.28 each
way, or $16.56/round trip, which is $4140 per year for commuters.
With yearly increases that becomes $6000 per year just 15 years after opening.