fbpx

$660,000
2 bed
2 bath
1,562 Sqft
1,250 Sqft lot

12247 Radiance Drive, Rancho Cucamonga, California 91739

  • Residential Property Type
  • 72 Days Time on market
  • $423 Price per sqft
  • 2021 Year Built
Property Description

Enjoys a prime location within the city. It’s conveniently close to the Victoria Gardens shopping center, offering easy access to dining and grocery options. Moreover, it resides within a highly regarded school district, with the elementary school having received a blue ribbon and both the middle and high schools boasting high ratings. The house comprises 2 bedrooms and 2.5 bathrooms, with an office space on the first floor, a living room and kitchen plus a half bathroom on the second floor, and two suites on the third floor. Whether for personal residence or investment purposes, this property presents an excellent opportunity—don’t miss out!

Basic Details
Residential
Buy
WS24078615
$660,000
2
2
1
1,562 Sqft
2021
1,250 Sqft
Active
Townhouse
Townhomes
Features
: Community, Association
: Central
: Central Air
: Mountain(s), Neighborhood
: Dishwasher, Disposal, Microwave, Gas Range
: Pool, Spa/hot Tub, Playground, Barbecue, Picnic Area
: Pool, Sidewalks, Street Lights, Stormdrains
2
$0
: Public Sewer
Address
CA
San Bernardino
Rancho Cucamonga
91739
12247 Radiance Drive
12247
Drive
0
W118° 27' 44.4''
N34° 7' 5.8''
Additional Information
72
1
3
3
: Three Or More
1
: Upper Level, Laundry Closet
2
1
0 Sqft
1
0 Sqft
0 Sqft
: Assessor
: Balcony, Multiplestaircases, Walk-in Closet(s), High Ceilings, Recessed Lighting, Allbedroomsup
0.03 Sqft
1,250 Sqft
1
: 2+ Common Walls
12447
0 Sqft
1090692800000
$0
Monthly
$347
$0
$0
1
$0
$0
0 Sqft
1
0 Sqft
$0
1
1
20/04/2024
23/04/2024 15:44:31
$0
: Standard
CashtoNewLoan
Off Baseline and Day Creek
RE/MAX 2000 REALTY
I HONG CHEONG
20660
WS84177
$0
32
: Carpet
1
1
: House
1
: Condominium
1
1
: Square Feet
60
1
US-06071-N-1090692800000-R-N
Townhouse
24/04/2024 02:28:24
Radiance
688 - Rancho Cucamonga
Mortgage Calculator
$
$ %
years
%
$ %per year
$ %per year

$