Beautifully designed by Giannetti Architects and skillfully built by Morrow & Morrow Construction in 2006 in the highly coveted guard gated Brentwood Circle. The stunning estate features 5bd/5.5ba including maid quarters, library, and detached pool house. Designer finishes throughout with wide plank hardwood floors, crown molding, and interior service elevator. Sumptuous master suite and bath with large terrace overlooking pool and yard. 3 additional bedroom suites + dance studio/4th bedroom upstairs. Spacious family room with custom built-ins, eat-in cook's kitchen with top of the line appliances and butler's pantry & nook. Formal living room w/ french limestone fireplace designed by Steve Gianetti and custom made in France, dining room, and office/library with floor-to ceiling mahogany built-in bookshelves & rolling ladder. Serene backyard with swimmer's pool & spa. Private and secure yet only minutes to the Village. This is a rare offering. Listed with Steven Moritz & Bruno Abisror. Post Rain - Jeff Ong Photos

Originally surrounded by chain-link fence, with a side walk dangerously not up to code and a tall improperly built retaining wall leaning into the pool deck, this landscape was in dire need of help. We started by tearing out the fence, ripping out the old sidewalk and disassembling the retaining walls surrounding the pool. We then rebuilt the walls in terraces to break up the height surrounding the pool and add planting space. We installed safe natural stone steps with a concrete paver walkway leading to the front and back of the property. Next we added boulders throughout the landscape which both helped retain, add beauty and break up the walls. We then added all the plantings and put L-stone gravel throughout a large portion of the landscape. The flora softened the look of the design, while the stone made maintenance needs lower. We finished the project by installing a fire-pit space and wrapping the poles holding the deck with custom block and caps. All put together there is an impressive display of boulders, year round color and functionality to this beautiful space.

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The issue of the lot’s steep grade was resolved by designing a pool with one side protruding above grade. This enables it to double as a retaining wall. The resulting 3-step drop in elevation led to the creation of a 300 sq. ft. section of lower patio. The backyard now offers a selection of separate lounge areas.

This project entailed the draining of a 200,000 cubic foot pond which was originally constructed in the early 1900s in order to install a water feature. I had previously dammed the lower pond, which was roughly equivalent in size to the upper pond, with stonework to match the existing stone walkways. The lower pond will be utilized as a catch-basin in an effort to keep the upper pond’s water level at a sufficient height through a pump system. After the removal of over a 100 years worth of sediment, I began constructing several terraces, stone steps, stone walkways, and several stone retaining walls — all stone features were built without the use of mortar so as to allow plant growth, such as vines and flowering plants to grow through the stonework. The difficulty I faced, oddly enough, was trying to be as random as possible with the placement of the stones, so as to make the stonework appear as though it had been built alongside some of the pre-existing 100-year-old stone walls scattered across other areas of the property. In essence, I forced myself to leave larger gaps in between stones where I typically wouldn’t, as well as leave some stones protruding from the wall, and allowing the wall to slightly fluctuate in height. All of which required me to become a perfectionist of randomness, which was quite trying of me. The top 2 feet of the 2,000-foot upper pond was then faced and retained with stone.

This project entailed the draining of a 200,000 cubic foot pond which was originally constructed in the early 1900s in order to install a water feature. I had previously dammed the lower pond, which was roughly equivalent in size to the upper pond, with stonework to match the existing stone walkways. The lower pond will be utilized as a catch-basin in an effort to keep the upper pond’s water level at a sufficient height through a pump system. After the removal of over a 100 years worth of sediment, I began constructing several terraces, stone steps, stone walkways, and several stone retaining walls — all stone features were built without the use of mortar so as to allow plant growth, such as vines and flowering plants to grow through the stonework. The difficulty I faced, oddly enough, was trying to be as random as possible with the placement of the stones, so as to make the stonework appear as though it had been built alongside some of the pre-existing 100-year-old stone walls scattered across other areas of the property. In essence, I forced myself to leave larger gaps in between stones where I typically wouldn’t, as well as leave some stones protruding from the wall, and allowing the wall to slightly fluctuate in height. All of which required me to become a perfectionist of randomness, which was quite trying of me. The top 2 feet of the 2,000-foot upper pond was then faced and retained with stone.

This project entailed the draining of a 200,000 cubic foot pond which was originally constructed in the early 1900s in order to install a water feature. I had previously dammed the lower pond, which was roughly equivalent in size to the upper pond, with stonework to match the existing stone walkways. The lower pond will be utilized as a catch-basin in an effort to keep the upper pond’s water level at a sufficient height through a pump system. After the removal of over a 100 years worth of sediment, I began constructing several terraces, stone steps, stone walkways, and several stone retaining walls — all stone features were built without the use of mortar so as to allow plant growth, such as vines and flowering plants to grow through the stonework. The difficulty I faced, oddly enough, was trying to be as random as possible with the placement of the stones, so as to make the stonework appear as though it had been built alongside some of the pre-existing 100-year-old stone walls scattered across other areas of the property. In essence, I forced myself to leave larger gaps in between stones where I typically wouldn’t, as well as leave some stones protruding from the wall, and allowing the wall to slightly fluctuate in height. All of which required me to become a perfectionist of randomness, which was quite trying of me. The top 2 feet of the 2,000-foot upper pond was then faced and retained with stone.

This project entailed the draining of a 200,000 cubic foot pond which was originally constructed in the early 1900s in order to install a water feature. I had previously dammed the lower pond, which was roughly equivalent in size to the upper pond, with stonework to match the existing stone walkways. The lower pond will be utilized as a catch-basin in an effort to keep the upper pond’s water level at a sufficient height through a pump system. After the removal of over a 100 years worth of sediment, I began constructing several terraces, stone steps, stone walkways, and several stone retaining walls — all stone features were built without the use of mortar so as to allow plant growth, such as vines and flowering plants to grow through the stonework. The difficulty I faced, oddly enough, was trying to be as random as possible with the placement of the stones, so as to make the stonework appear as though it had been built alongside some of the pre-existing 100-year-old stone walls scattered across other areas of the property. In essence, I forced myself to leave larger gaps in between stones where I typically wouldn’t, as well as leave some stones protruding from the wall, and allowing the wall to slightly fluctuate in height. All of which required me to become a perfectionist of randomness, which was quite trying of me. The top 2 feet of the 2,000-foot upper pond was then faced and retained with stone.

This project entailed the draining of a 200,000 cubic foot pond which was originally constructed in the early 1900s in order to install a water feature. I had previously dammed the lower pond, which was roughly equivalent in size to the upper pond, with stonework to match the existing stone walkways. The lower pond will be utilized as a catch-basin in an effort to keep the upper pond’s water level at a sufficient height through a pump system. After the removal of over a 100 years worth of sediment, I began constructing several terraces, stone steps, stone walkways, and several stone retaining walls — all stone features were built without the use of mortar so as to allow plant growth, such as vines and flowering plants to grow through the stonework. The difficulty I faced, oddly enough, was trying to be as random as possible with the placement of the stones, so as to make the stonework appear as though it had been built alongside some of the pre-existing 100-year-old stone walls scattered across other areas of the property. In essence, I forced myself to leave larger gaps in between stones where I typically wouldn’t, as well as leave some stones protruding from the wall, and allowing the wall to slightly fluctuate in height. All of which required me to become a perfectionist of randomness, which was quite trying of me. The top 2 feet of the 2,000-foot upper pond was then faced and retained with stone.

This project entailed the draining of a 200,000 cubic foot pond which was originally constructed in the early 1900s in order to install a water feature. I had previously dammed the lower pond, which was roughly equivalent in size to the upper pond, with stonework to match the existing stone walkways. The lower pond will be utilized as a catch-basin in an effort to keep the upper pond’s water level at a sufficient height through a pump system. After the removal of over a 100 years worth of sediment, I began constructing several terraces, stone steps, stone walkways, and several stone retaining walls — all stone features were built without the use of mortar so as to allow plant growth, such as vines and flowering plants to grow through the stonework. The difficulty I faced, oddly enough, was trying to be as random as possible with the placement of the stones, so as to make the stonework appear as though it had been built alongside some of the pre-existing 100-year-old stone walls scattered across other areas of the property. In essence, I forced myself to leave larger gaps in between stones where I typically wouldn’t, as well as leave some stones protruding from the wall, and allowing the wall to slightly fluctuate in height. All of which required me to become a perfectionist of randomness, which was quite trying of me. The top 2 feet of the 2,000-foot upper pond was then faced and retained with stone.

This project entailed the draining of a 200,000 cubic foot pond which was originally constructed in the early 1900s in order to install a water feature. I had previously dammed the lower pond, which was roughly equivalent in size to the upper pond, with stonework to match the existing stone walkways. The lower pond will be utilized as a catch-basin in an effort to keep the upper pond’s water level at a sufficient height through a pump system. After the removal of over a 100 years worth of sediment, I began constructing several terraces, stone steps, stone walkways, and several stone retaining walls — all stone features were built without the use of mortar so as to allow plant growth, such as vines and flowering plants to grow through the stonework. The difficulty I faced, oddly enough, was trying to be as random as possible with the placement of the stones, so as to make the stonework appear as though it had been built alongside some of the pre-existing 100-year-old stone walls scattered across other areas of the property. In essence, I forced myself to leave larger gaps in between stones where I typically wouldn’t, as well as leave some stones protruding from the wall, and allowing the wall to slightly fluctuate in height. All of which required me to become a perfectionist of randomness, which was quite trying of me. The top 2 feet of the 2,000-foot upper pond was then faced and retained with stone.

This project entailed the draining of a 200,000 cubic foot pond which was originally constructed in the early 1900s in order to install a water feature. I had previously dammed the lower pond, which was roughly equivalent in size to the upper pond, with stonework to match the existing stone walkways. The lower pond will be utilized as a catch-basin in an effort to keep the upper pond’s water level at a sufficient height through a pump system. After the removal of over a 100 years worth of sediment, I began constructing several terraces, stone steps, stone walkways, and several stone retaining walls — all stone features were built without the use of mortar so as to allow plant growth, such as vines and flowering plants to grow through the stonework. The difficulty I faced, oddly enough, was trying to be as random as possible with the placement of the stones, so as to make the stonework appear as though it had been built alongside some of the pre-existing 100-year-old stone walls scattered across other areas of the property. In essence, I forced myself to leave larger gaps in between stones where I typically wouldn’t, as well as leave some stones protruding from the wall, and allowing the wall to slightly fluctuate in height. All of which required me to become a perfectionist of randomness, which was quite trying of me. The top 2 feet of the 2,000-foot upper pond was then faced and retained with stone.