142 Penny Lane, Shelburne, VT 05482
- 2 beds |
- 1 bath |
- 950 sqft
Manufactured Home
Built in 1971
—— sqft lot
—— car garage
$95/sqft
Listed 13 days ago
Property Description
Welcome to 142 Penny Lane, located in the desirable Lakeview Mobile Home Park in Shelburne, Vermont. This well-maintained 2-bedroom, 1-bath home offers approximately 950 sq ft of comfortable living space in one of Chittenden County’s most sought-after resident-owned communities. Built in 1971, this home has been thoughtfully updated with major improvements already completed, including new siding (2020), new flooring (2022), a new furnace (2022), and a new water heater (2021). The durable metal roof adds long-term value and peace of mind. Outside, enjoy the convenience of a paved driveway installed in 2023 and an included storage shed for extra space and organization. The home offers a functional layout with bright living areas and move-in ready condition. Lakeview is a cooperative, all-ages community known for its affordability, strong sense of ownership, and excellent location near Lake Champlain and just minutes to downtown Burlington. Affordable living with key updates already done—don’t miss this opportunity to own in one of Shelburne’s most popular mobile home parks!
- Listing Status:
- Active
- Date Added:
- April 23, 2026
- Data Last Updated:
- May 6, 2026 at 2:57PM
- Listing Office:
- CENTURY 21 North East : 802-782-8662
- Listing Agent:
- Michael J Preseau : 802-309-0147 : michaelpreseau@gmail.com
- MLS ID:
- 5085025

- General: Shed
- Style: Single Wide
- Parking: Parking Spaces 2Paved
- Roofing: Metal
- General: Vinyl SidingConcrete Slab
- Road/Access: Paved
- HOA Amenities: PlowingTrashPark FeesPark Rent340.0Monthly
- School District: Shelburne School District
- County: Chittenden
- Driveway: Paved
- Zoning: Res
- Utilities: Cable at Site
- Water: Public
- Sewer: Public
This listing courtesy of Michael J Preseau , CENTURY 21 North East
Monthly Payment
- Principal & Interest $
- Property Taxes $
- Home Insurance $
- VA Funding Fee $

