Sinking Fund Millage Renewal Proposal
Montrose Community Schools · November 3, 2026
The question on your ballot
This proposal will allow the school district to continue to levy the building and site sinking fund millage that expires with the 2027 tax levy. Shall the currently authorized millage rate of .9536 mill ($0.9536 on each $1,000 of taxable valuation) which may be assessed against all property in Montrose Community Schools, Genesee and Saginaw Counties, Michigan, be renewed for a period of 10 years, 2028 to 2037, inclusive, to continue to provide for a sinking fund for school security improvements, for the construction or repair of school buildings, for the acquisition or upgrading of technology and all other purposes authorized by law; the estimate of the revenue the school district will collect if the millage is approved and levied in 2028 is approximately $237,204 (this is a renewal of millage that will expire with the 2027 tax levy)?
In plain language
A VoterDecoder summary of the official measure text.
Montrose Community Schools in Genesee and Saginaw Counties asks voters to renew a building and site sinking fund millage of .9536 mill for 10 years, 2028 to 2037, inclusive. The money would go to a sinking fund for school security improvements, construction or repair of school buildings, technology, and all other purposes allowed by law. The wording says this renews millage that expires with the 2027 tax levy. It estimates about $237,204 in revenue if the millage is approved and levied in 2028. A YES vote approves the renewal. A NO vote means the millage is not renewed.
Official ballot arguments
No official arguments were filed for or against this measure.
What supporters and opponents say — outside sources (not official ballot arguments)
Statements by campaigns, officials and news coverage, quoted with attribution and linked to the original. VoterDecoder did not write them and does not endorse either side.
Supporters say
No public statements in favor were found.
Opponents say
No public statements against were found.