Fernandina Beach, FL Mid-Term Rental Analysis
Analyze rental property cap rates, cash-on-cash returns, and cashflow for mid-term rental investments in Fernandina Beach, FL. Based on 15+ datapoints.
Fernandina Beach, FL Mid-Term Rental Investment Snapshot
Based on 15+ mid-term rental datapoints
Median Cap Rate
5.3%
Avg Cash on Cash
-4.1%
Median Cashflow
-$438/mo
Avg Rent Estimate
$4,382/mo
Avg Price
$574,143
Price Range
$333,600 - $1,136,300
Rent to Price
0.76%
okay ratio
Positive Cashflow
31%
of analyzed properties
Recent real estate investor listings analysed as mid-term rental deals in Fernandina Beach, FL
Fernandina Beach, FL is an emerging mid-term rental market gaining attention from investors who want LTR-style stability with stronger furnished-rent premiums. With 15+ analyzed datapoints, early metrics suggest opportunity to enter before MTR inventory matures. Current average cash-on-cash returns sit at -4.1%.
Across 15+ analyzed properties, Fernandina Beach, FL mid-term rental investments show a median monthly cashflow of -$438 with average furnished rent estimates of $4,382/month. These figures reflect real property data, not projections.
111 S 5th St, Fernandina Beach, FL 32034
Price
$1,076,500
Rent
$7,233
CachFlow
-$2,184
CoC
-10.74
824 S 10TH Street, Fernandina Beach, FL 32034
Price
$449,990
Rent
$3,496
CachFlow
-$434
CoC
-4.63
94016 WOODBRIER Circle, Fernandina Beach, FL 32034
Price
$424,000
Rent
$4,011
CachFlow
$94
CoC
1.05
8247 Residence Ct, Fernandina Beach, FL 32034
Price
$1,293,000
Rent
$4,424
CachFlow
-$5,226
CoC
-21.66
23700 Arrigo Blvd, Fernandina Beach, FL 32034
Price
$369,100
Rent
$4,407
CachFlow
$516
CoC
6.48
Fernandina Beach, FL Mid-Term Rental Market Insights
- •Median cashflow is -$438/month — careful deal selection is essential here
- •5.3% median cap rate reflects a balanced risk-return profile
- •At 31% positive cashflow rate, Fernandina Beach, FL requires selective property picks
- •Premium market with properties from $333,600 to $1,136,300
- •Early-stage market data — revisit as more properties are analyzed for stronger signals