□ OVERVIEW

* 1-Bedroom (Floor area: 89.48 to 98.30 sq. m.)
Priced at P4.8M
* 2-Bedroom (Floor area: 166.80 to 254.30 sq. m.)
Priced at P7.8M
* 3-Bedroom (Floor area: 194.99 to 259.06 sq. m.)
Priced at P10.5M

□ RESIDENTIAL SUITES packages

1 Bedroom Living and Dining room Kitchen 1-car garage 2 toilet & bath Maid's room/utility 2 Bedroom Living and Dining room Kitchen and storage 2 toilet and bath Powder room (complete toilet and bath) Terrace 1-car garage 3 Bedroom Living and Dining room Kitchen and storage 2 toilet and bath Powder room (complete toilet and bath) Maid's room Terrace 2-car garage

□ Other common features

• Plain cement painted wall finish
• Imported/laminated modular cabinets for kitchen
• Imported toilets & water faucet fixtures
• Painted dropped ceiling
• Provision for water heater
• Provision for cable TV

Subdivision Features

• Total lot area: 1.5 hectares
• 90 townhouse units, in Spanish/Southern California architecture
• 8 types of units to choose from
• 2- to 3-storey multi-split level walkup units
• 1- to 2-car garage at ground level
• Utility and maid's room
• Driver's quarters for 3-bedroom units
• Optional: 4-bedroom units (1 bedroom unit combined with 3-bedroom unit in Cluster 3)
• Provisions for telephone and TV antenna
• Cable TV ready
• Community facilities center: Multifunction clubhouse pavilion
• Swimming pool
• Underground electrical and telephone wires
• MWSS water supply with back-up water tank, deep well system and pressure pumps
• Patterned roadways
• Guarded entrance gate
• 24-hour security
• Perimeter wall

□ location

Address: Sta. Ignacia St., New Manila, Q.C. Nestled near the quiet residential neighborhood of New Manila, Quezon City is the Cathedral Heights Townhouse, one of the finest home sites this side of the metropolis.

View the location map

□ prices & discounts

* 1-Bedroom (Floor area: 89.48 to 98.30 sq. m.)
Priced at P4.8M
* 2-Bedroom (Floor area: 166.80 to 254.30 sq. m.)
Priced at P7.8M
* 3-Bedroom (Floor area: 194.99 to 259.06 sq. m.)
Priced at P10.5M

□ sample computation