LMTLSS currently shows a $339/mo No-BS Monthly estimate for Performance. The public source price is $339/month, with $0 in required first-year fees and $0 in estimated cost to leave.
Related guides
Compare this gym in context
Main membership
Performance
Fees
No required fees are listed on this record.
Contract and cancellation
No contract listed; Cancellation notice unknown
Manual policy says there are no long-term contracts or tricky cancellation forms, and cancellation can be done instantly in the client portal or by email. No cancellation fee is stated.
The manual policy states you can cancel your subscription at any time, and access continues until the end of the current billing cycle.
The manual pricing context shows the Performance membership at $339/month, with $399 displayed as an older or struck-through price. It also says there are no hidden setup fees. The cancellation/refund policy says all subscription charges are non-refundable.
- Sign-up or initiation fees are not clearly listed.
- Annual or maintenance fees are not clearly listed.
Pricing questions
How gains.fyi compares gym costs
What does No-BS Monthly mean?
No-BS Monthly is gains.fyi's estimate of the true monthly cost for 12 active months of gym use after normalizing billing cadence and folding in required fees or stopping friction.
Why can the advertised price be different from No-BS Monthly?
The advertised price is the public source price before adjustments. No-BS Monthly can differ when a gym bills biweekly or every four weeks, adds required annual or signup fees, or requires paid notice after the comparison period.
How are required fees counted?
Required fees include non-optional first-year membership charges such as signup, initiation, enrollment, annual, maintenance, card, key, or always-due fees when they are listed in the public record.
How does cancellation notice affect the cost to leave?
If public terms require paid notice or contract payments beyond 12 active months, gains.fyi counts that extra paid time or listed cancellation charge as cost-to-leave friction.