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A9 ARCHITECTS SELECTED PRIVATE HOUSES OPTIMUM SOLUTIONS A9 ARCHITECTS

WHO WE ARE WHAT WE DO ARCHITECTS We are a dynamic innovative and smart team of architects designers planning consultants and engineers Class values in modern form created with cutting edge technology is A9 Architects by definition Our exceptionally skilled and experienced team applies sophisticated design methodology to create amazing architecture Our promise is quality and we keep our promise WHERE WE WORK East Central London Phone Email The Minster Building 21 Mincing Lane London EC3R 7AG 44 0 20 7470 9299 info a9architects com www a9architects com West London Monday to Friday 09 00 17 00 Saturday Sunday CLOSED 9 Fisher s Lane Chiswick London W4 1RX WE PROUDLY SERVE London East of England South East Founders Alan Green BA Hons Dip Arch Akos Doboczy MSc Architect RIBA Nationwide International HOW DO WE PRESENT OUR WORK Some clients struggle to get a true understanding of a proposal from 2D plans At A9 your design is undertaken in 3D software allowing for a true representation of the building to be conveyed We can present your project in a variety of formats PDF Walk through Video VR this allows you to feel the space check on design decision early in the process and truly experience the space as it will be constructed

ARCHITECTURAL DESIGN AND CONSTRUCTION PROCESS Planning studies applications Concept designs Pre app Advice PROJECT TIMELINE CONSULTATION At A9 we like to get into our client s heads To delve in and extract the What When and Why of the project The needs of you the client is our primary concern Every family and household live their lives differently that makes for a bespoke design tailored to your lifestyle and tastes Tendering Appeals Feasibility STAGE 1 Virtual consultation This is undertaken via the phone where the project can be outlined and verbal advice given The main particulars of the project can be discussed This allows A9 to advise on the likelihood of the project being viable We can view your site on Google Earth which is proving to be a very useful tool at the early stage of a project If the project is feasible then we would arrange a site visit and a face to face consultation Tender Plans Construction Building Regulation Plans Contract Admin Site visit At this stage A9 like to visit the site and meet you face to face This allows us to see the site in more detail check site conditions such as trees drainage neighbours etc Siteinspections Valuations We will then discuss the project in detail finding out the exact particulars requirements of the proposed design We will walk the site make notes sketch out basic design proposals and show A9 s previous projects that a relevant to your proposal The more information you the client can provide at this stage will allow us to design draft a detailed brief bespoke to you Plans Further Detailing PROJECT TIMELINE Handover Close Out

2 QUOTATION Following the site visit A9 will prepare a guidance letter and fee quote The letter will outline Guidance Relevant planning policy Planning history of the site Likelihood of planning being granted Schedule of accommodation Design approach Relevant previous projects Potential build cost Timeline of the whole process Fees A9 Architects fees Full or part service Planning fee s Building Control Engineering Other relevant 3rd parties fees 3 SITE SURVEY 4 FEASIBILITY STUDY Once instructed the first initial stage is to undertake a site survey This is a measured survey of the property site and its features This will be undertaken by one of our surveying team An architectural feasibility study considers all the aspects of your proposed project Through the study we can test the viability of the project before undertaking any real significant expense 3D Laser Scanning A9 has invested in the most cutting edge technology and this includes a 3D scanner The study attempts to answer the big questions early in the decision making process When it comes to surveying existing buildings laser scanning offers a multitude of advantages it s a relatively quick and precise way to capture 3D data as a point cloud All this data can then be used to create an accurate parametric 3D model that can be used to aid the design process make better decisions or assess progress on a project This allows A9 to work on complex detailed buildings sites in a cost effective and accurate way The aspect covered are fundamentals that the planning dept will be looking at like parking overlooking over shadowing space standards design schedule floor areas etc The design can be used to gain pre app advice for the proposed development It can be very useful for potential purchasers to get an accurate realisation as to what can be achieved out of a potential site

5 DESIGN PLANNING Once you are happy with the feasibility and concept we will move on to the detailed design If there is any ambiguity about the project getting potential approval then we suggest making a pre app planning application to the local authority at this stage They will review the drawings and judge the proposal against all relevant planning policy in as much detail as the drawings allow A9 are aware that our design proposal must be acceptable and conform to planning policy Many architects fail to acknowledge the importance of the planning authority guidelines when designing A balanced view of what will be acceptable in terms of scale and context is needed in order to achieve a design that the planners will find acceptable A9 are experts in National Planning Policy and make detailed research into each Local Authorities planning policy and design guidance This prevents any unexpected planning restrictions and allows A9 to design anywhere in the country effectively 6 CONSTRUCTION DRAWINGS Building Regulations Once planning approval is secured the next stage is to prepare construction drawings These are detailed plans that look at all aspects of Building Regulations and material specification for the build These drawings are the minimum requirement to get accurate quotations from contractors for the build Structural Engineering Once the Building Control plans have been prepared the plans will then need to be structurally engineered This can be undertaken by our inhouse chartered engineer which reduces waiting time and maintains a work standard which we are happy to check and approve Tender package Some projects require a great level of detailing and specification These further drawings and documents look at items such as lighting electrical finishes fittings landscaping contract kitchen and bathroom layouts detailed specification etc With a good tender package the final construction cost should be as accurate as possible This developed level of detailing assures the finished design is constructed precisely to our joint vision By specifying the exact material and products this ensures the highest level of finish possible Full tender drawings and specification form a contract package These documents are part of a binding contract and will be referred to for variations and possible disputes if they arise 7 SITE WORKS Site supervision Once a contractor has been appointed A9 will make periodic site inspections attend site meetings liaise with the client and contractor to discuss progress and any design decision that need reviewing A9 will instruct variations and issue valuations based on the completed works on site Architect supervision and valuation ensures that you the client is protected financially and that the works are of the highest quality possible Architects Certificate Upon completion we will issue an architect s certificate that covers any design based defects for 6 years Architect s certificate is an important document for several reasons but particularly if you or your purchaser want to take out a mortgage on a newly built property

41 Alexandra Street PAGE 1 EXISTING AN CONCEPT 13 10 2017 presentation

41 Alexandra Street PAGE 1 EXISTING AN CONCEPT 13 10 2017 presentation

41 Alexandra Street PAGE 1 EXISTING AN CONCEPT 13 10 2017 presentation

41 Alexandra Street PAGE 1 EXISTING AN CONCEPT 13 10 2017 presentation

41 Alexandra Street PAGE 1 EXISTING AN CONCEPT 13 10 2017 presentation

41 Alexandra Street PAGE 1 EXISTING AN CONCEPT 13 10 2017 presentation

41 Alexandra Street PAGE 1 EXISTING AN CONCEPT 13 10 2017 presentation

ROOF STRUCTURE 41 Alexandra Street PAGE 1 Tiles match existing Tile battens 25x47mm Breathable Roof Membrane like DuPont Tyvek Reflex Existing Timber Planks 100mm GA4100 CELOTEX INSULATION between rafters Vapour Control Layer like DuPont AirGuard 52 5mm CELOTEX PL4040 40mm PIR 12 5PB insulation under rafters 120mm EL3000 o INSTULATION STEEL BEAM TO ENG DESIGN 400mm QUILT INSULATION SARNAFIL FLAT RO MEMBRANE INSTA MANUFACTURER S RECOMMENDATIO CODE 4 FLASHING EXISTING AN CONCEPT 13 10 2017 presentation 2 501 ASSUMED STUDWALL 1 10 400mm QUILT INSULATION 2 157 PROPOSED 3 BEDROOM HOUSE EXTENSION FRONT ELEVATION EDGWARE LONDON Marley Eternit EQUITONE pictur 120mm EL3000 or CROWN UP CELOTEX 22mm T G INSTULATION BOARDING CODE 4 FLASHING BEDROOM 4 400mm QUILT INSULATION FIRINGS 100 EXISTING FRONT ELEVATION CELOTEX 45mm PL4045 Insulation Under Trusses FLAT JOISTS TO ENG DESIGN FLOOR JOIST 175x50 FLOORROOF JOIST 175x50 C16 400 c c 100mm MINERAL WOOL C16 400 c c BEAM LB02 UC 152x152x37 100mm EXISTING FLOOR JOISTS 3 037 100mm EXISTING FLOOR JOISTS 2 822 BEAM LB01 UC 152x152x37 BEDROOM 1 A A SECTION BEDROOM 2 LOAD BEARING WALL TO BE CHECKED STEEL BEAM TO ENG DESIGN ROOF STRUCTUR 68 81 1 10 PAVING SLABS 12 5mm PLASTERBOARD ACO Multidrain PPD brickslot 12 5mm PLASTERBOARD STUDY 200mm GRAVEL RECEPTION DETAIL 03 Tiles match ex Tile battens 2 Breathable Ro Existing Timbe 100mm GA410 52 5mm CELOT insulation unde Bottom plate to beam STEEL BEAM to Eng Desig GROUNDFLOOR STRUCTURE FINISHED FLOORING 75mm REINFORCED SCREED underfloor heating integrated optionally LIGHT GAUGE MEMBRANE 100mm CELOTEX GS4000 PIR FLOOR INSULATION 1200 GAUGE DPM 150mm BEAM AND BLOCK STRUCTURE 300mm VENTILATED VOID 68 81 Section 68 81 VELUX WINDOW 940x1180mm This North London project maximised the poten al of the site through two EXISTING planning apps submi ed in paralel REAR ELEVATION one for the roof extensions and the other for ground oor front and side return extensions VELUX WINDOW 940x1180mm Concrete pad for drain channel VELUX WINDOW 940x1180mm PROPOSED REAR ELEVATION VELUX CABRIO WINDOW 940x1400 920mm Concrete Strip footing to Eng Design A Generous skylights and open plan spaces completely transformed the DETAIL 01 spaces bringing much need light and 1 10 life to the exis ng house SEPARATION LINE under white render stays as existing over bright white cladding pannels EXISTING CHIMNEY like Marley Eternit EQUITONE pictura VELUX CABRIO WINDOW 940x1400 920mm GSPublisherVersion 0 0 100 100 Roof Plan 3 All rights reserved A9 Architects Ltd 2021 5 6 7 8 10 PROPOSED STAIR 11 1 00m HIGHI BALUSTRADE SD 1 792 16 9 1 RAFTERS 16 RISERS AT APPROX 189mm GOING TO BE APPROX 250mm ANGLE OF LESS THAN 42degree NEW STAIRS TO CLEAR 2 0meter LINE AS SHOWN 12 16 750 15 14 13 2 204 ADDITIONAL RAFTERS ING IST EX All rights reserved A9 Architects Ltd 2017 4 2 DOUBLED

41 Alexandra Street PAGE 1 EXISTING AN CONCEPT 13 10 2017 presentation

C04 Partitions Two separate timber frames spaced 50mm apart consisting of 89mm x 38mm timber studs at 600mm centres with noggings Two layers of board each side 100mm Isover Acoustic Roll between the studs on one side Linings as in table Detail Partition thickness mm Two layers of board each side of 75mm x 38mm timber studs at 600mm centres with Gypframe RB1 Resilient Bars fixed horizontally to one side at 600mm centres 50mm Isover Acoustic Roll in the cavity Linings as in table Board type Lining thickness mm STEEL BEAM TO ENG DESIGN Two layers of board each side of 75mm x 38mm timber studs at 600mm centres with Gypframe RB1 Resilient Bars fixed horizontally to both sides at 600mm centres 50mm Isover Acoustic Roll in the cavity Linings as in table Stud size mm Sound insulation Rw Rw Ctr dB CRANCKED BEAM TO ENG DESIGN Partitions Two layers of board each sideGyproc of SoundBloc 75mm Two layers of board each side of 75mm 2 141 2 x 12 5 75 x 38 56 48 A046005 x 38mm3 timber157studs at 600mm centres timber studsA046006 at 600mm centres Gyproc SoundBloc 2 x 12 5 75 x 38 x 38mm 59 51 1 293 Plank Gyproc FireLine 1 x 19 1 x 12 5 89 x 38 63 51 A036003 with Gypframe RB1 ResilientGyproc Bars fixed with Gypframe RB1 Resilient Bars fixed For further assistance in choosing the right solution for your project try our System Selector an online tool that enables quick and easy horizontally to one side at 600mm horizontally to both sides at 600mm filtering by performance criteria It provides system specific information downloads including BIM Revit objects Go to gyproc ie centres 50mm Isover Acoustic Roll in centres 50mm Isover Acoustic Roll in The fire resistance and sound insulation performances are for imperforate partitions walls and ceilings incorporating boards with all joints taped and the cavity Linings as in table the cavity Linings as in table filled or skimmed according to Gyproc s recommendations The quoted performances are achieved only if Gyproc and Isover components are used throughout HIP RAFTER TO ENG DESIGN a W 03 CURVED DORMER TIMBER STRUCTURE TO ENG DESIGN ALL PLANS HAVE TO BE PRINTED AND READ IN ORIGINAL COLOURS ALL TIME REVISION NOTES REV DATE DESCRIPTION WIP Work in Progress First Issue System reference B Sound insulation Rw Rw Ctr dB NOTHING INCLUDED OR OMITTED FROM THIS OUTLINE SPECIFICATION WILL RELIEVE THE CONTRACTOR OF HIS DUTY TO CARRY OUT THE WORKS IN ACCORDANCE WITH CURRENT STANDARDS OF SAFETY AND GOOD BUILDING PRACTICE 100 Stud size mm THIS SPECIFICATION TOGETHER WITH THE ARCHITECT S DRAWING ARE TO BE READ IN CONJUCTION WITH STRUCTURAL ENGINEER S AND ALL OTHER CONSULTANT S DRAWINGS AND SPECIFICATIONS WHICH SHOULD BE USED TO VERIFY LAYOUT SETTING OUT FINISHES ETC ANY DISCREPANCIES ARE TO BE REPORTED BEFORE PROCEEDING WITH THE WORKS 1 60 FALL min B B Lining thickness mm DO NOT SCALE DRAWINGS THE CONTRACTOR IS TO CHECK ALL DIMENSIONS ON SITE BEFORE CARRYING OUT ANY WORKS FLAT ROOF 100 Board type 12 5 mm approx TILING clay tiles to match existing OR metal cladding lead ashings TBC with manufacturer 2x25mm BATTENS COUNTERBATTENS BREATHABLE SARKING MEMBRANE like Tyvek Housewrap 18mm PLYWOOD sheathing 150mm TIMBER STUDS C24 spaced 400c c to eng design with 120mm RIGID INSULATION between studs like Kingspan Kooltherm K12 framing board VAPOUR CONTROL LAYER like DuPont Airguard Re ective 35mm INSULATED PLASTERBOARD like Kingspan Kooltherm K118 PAINT FINISH 12 5mm aprox TILING re use existing clay tiles or clay tiles to match existing TILE BATTENS 25x47mm COUNTER BATTENS 25x47mm BREATHABLE ROOF MEMBRANE DuPont Tyvek Supro 20mm PIR INSULATION SARKING BOARD 200 mm assumed TBC by eng TIMBER RAFTERS 400mm c c to eng design installed accross CRANCKED steel beams to eng design 100mm PIR INSULATION between rafters VAPOUR CONTROL LAYER like DuPontTM AirGuard to underside of battens TIMBER BATTENS for plasterboard xings 2x15mm PLASTERBOARD PAINT and the Company s fixing recommendations are strictly observed Any variation in the specifications should be checked with Gyproc 100 C04 Partition thickness mm 2 RT 02 PITCHED ROOF 6 056 Detail 1 LINTEL TO ENG DESIGN System reference 60 minutes fire resistance Two separate timber frames spaced 50mm apart consisting of 89mm x 38mm timber studs at 600mm centres with noggings Two layers of board each side 100mm Isover Acoustic Roll between the studs on one side Linings as in table 996 1 417 RAFTERS 400mm c c TO ENG DESIGN 5 623 JOISTS 400mm c c TO ENG DESIGN B approx 50 EWT 02 DORMER CHEECKS CURVED DORMER TIMBER STRUCTURE TO ENG DESIGN STEEL BEAM TO ENG DESIGN using EN Referresistance to C02 S01 P18 Refer to C02 S01 P18 NOTES Table 2a Solutions to satisfy the requirements of BS EN 1364 1 1999 Non loadbearing Table 2a Solutions to satisfy the requirements of BS EN 1364 1 1999 Non loadbearing Fire stop socks and both ends of wall of the wall and re stopping 2 3 measuers 1applied on top and bottom plates Refer to Gypsum White Book for details speci cation and installation 1 2instructions System reference A046005 3 LOW LEVEL RADIATOR Sill 530 Non loadbearing timber stud 75mm and 89mm timber stud walls 1 417 MUSIC ROOM 75mm TIMBER STUDS with 50mm ISOVER ACOUSTIC ROLL insulation in to specify fire cavity between studs Non loadbearing timber stud performance continued For details of when 2x12 5mm GYPROC SOUNDBLOC boards PAINT resistance using EN to specify fire B CURVED DORMER EXTERNAL FRAMES DETAIL TO MATCH MAIN HOUSE DORMERS approx 50 RAF 400 ENG 2 3 4 5 6 8 FLAT ROOF JOISTS 400mm c c TO ENG DESIGN LINTEL TO ENG DESIGN 2 996 W 03 450 IWT 01 SEPARATING WALL 60min re rated studwall 75mm and 89mm timber stud walls 1 60 FALL min LOW LEVEL RADIATOR Sill 530 890 100 75 Non loadbearing timber stud 1 5 414 TBC 9 099 15 approx 50 RAFTERS 400mm c c TO ENG DESIGN RAFTERS 400mm c c TO ENG DESIGN For details of when JOISTS 400mm c c TO ENG DESIGN CRANCKED BEAM TO ENG DESIGN B 2 JOISTS 400mm c c TO ENG STEEL BEAM TO ENG DESIGN VALLEY RAFTER TO ENG DESIGN B FIRE STOP SOCK 60MIN FIRE RATED STUDWALL 1 B 2x12 5mm GYPROC SOUNDBLOC boards PAINT DESIGN Non loadbearing timber stud performance continued 16mm GYFRAME RB1 RESILIENT BARS xed horizontaly 600mm c c 2 CAR SPACE GARAGE 14 13 12 JOISTS 400mm c c TO ENG DESIGN 11 FIRE STOP SOCK STEEL BEAM TO ENG DESIGN 1 900 mirror 600 B EXISTING WALL TO BE DEMOLISHED OUTLINE 7 1 585 1 1 135 W 01 1 135 Sill 60 100 700 1 2 67 3 JOISTS 400mm c c TO ENG DESIGN 700 4 5 6 TIMBER POSTS TO ENG DESIGN TIMBER TRIMMER TO ENG DESIGN 10 1 521 15R x 177 14G x 250 9 1 467 100 7 LOW LEVEL RA SHOWER W 02 60 minutes fire resistance Proposed 2 141 Gyproc SoundBloc 2 x 12 5 75 x 38 56 48 A046005 3 157 Gyproc SoundBloc 2 x 12 5 75 x 38 59 51 A046006 Gyproc Plank Gyproc FireLine 1 x 19 1 x 12 5 89 x 38 63 51 A036003 Ground Floor 1 293 1 50 Proposed First Floor 1 50 Proposed Roof Plan 1 50 For further assistance in choosing the right solution for your project try our System Selector an online tool that enables quick and easy filtering by performance criteria It provides system specific information downloads including BIM Revit objects Go to gyproc ie 3D VIEW 01 not in scale N RT 01 FLAT ROOF C04 S11 P278 gyproc ie Grey SARNAFIL Membrane Mechanically Fixed ceilings incorporating boards with all joints taped and The fire resistance and sound insulation performances are forSIKA imperforate partitions walls and 100 mm PIR INSULATION like Celotex XR4000 filled or skimmed according to Gyproc s recommendations The quoted performances are achieved only if Flat Gyproc VAPOUR CONTROL LAYER like SARNAVAP 500E for Warm Roof and Isover components are used throughout 10mmAny OSBvariation board and the Company s fixing recommendations are strictly observed in the specifications should be checked with Gyproc 12 75mm approx TIMBER FIRRINGS to form 1 60 min gradient 203 mm assumed TBC by eng UB STEEL BEAMS FLAT ROOF JOISTS to eng design 2x15mm GYPSUM BASED BOARD PAINT FINISH RT 02 PITCHED ROOF 352 12 5mm aprox TILING re use existing clay tiles or clay tiles to match existing TILE BATTENS 25x47mm COUNTER BATTENS 25x47mm BREATHABLE ROOF MEMBRANE DuPont Tyvek Supro 20mm PIR INSULATION SARKING BOARD 200 mm assumed TBC by eng TIMBER RAFTERS 400mm c c to eng design installed accross CRANCKED steel beams to eng design 100mm PIR INSULATION between rafters VAPOUR CONTROL LAYER like DuPontTM AirGuard to underside of battens TIMBER BATTENS for plasterboard xings 2x15mm PLASTERBOARD PAINT 5 35 STEEL BEAM TO ENG DESIGN 4 96 0m CRANKED BEAM OUTLINTE 2 313 CRANKED BEAM OUTLINTE 1m 2m 3m 5m STEEL BEAM TO ENG DESIGN PRELIMINARY 2 65 LEVEL TO BE CONFIRMED 2x12 5mm GYPROC SOUNDBLOC boards PAINT 16mm GYFRAME RB1 RESILIENT BARS xed horizontaly 600mm c c 75mm TIMBER STUDS with 50mm ISOVER ACOUSTIC ROLL insulation in cavity between studs 2x12 5mm GYPROC SOUNDBLOC boards PAINT 0 00 0 15 ENCASED GROUND BEAM TO ENG DESIGN Drainage Items TBC on site by Contractor 290 FINISHED FLOORING T G Timber Boards Carpet Tiles 65mm min REINFORCED SCREED 100mm PIR INSULATION 150mm REINFORCED CONCRETE SLAB to SE speci cation 1200 GAUGE DPM GAS MEMBRANE Any joins to be lapped and taped Membrane to be lapped and taped into the DPC layer 50mm aprox Compacted SAND BLINDING 150mm HARDCORE IWT 01 SEPARATING WALL 60min rerated studwall EXISTING FLOOR THICKENESS ASSUMED 2 360 FT 01 PROPOSED GROUND FLOOR EXISTING FLOOR LEVEL TO BE CONFIRMED LINTEL TO ENG DESIGN 2 36 EXISTING CEILING HEIGHT TO BE CONFIRMED 2x15mm FIREBOARDS on garage ceiling 2 36 1 Existing Manhole by Gridline A 1 junction exact chamber size invert level distance from boundary This will determine Gridline 1 exact position and build over agreement detail 2 Existing Foul drainage optimal point to connect proposed SVP drainage to existing drainpipe 3 Existing Rainwater drainage existing rainwater drainage runs manholes soakaway where to connect proposed roof RWPs FT 02 GF FF Floor 20mm approx FINISHED FLOORING T G Timber Boards Carpet Tiles 18 mm FLOORING BOARD 200mm assumed tbc by eng FLOOR JOISTS 400mm c c to eng design with 100mm MINERAL WOOL insulation between joists TIMBER BATTENS for plasterboard xings 2x15 mm PLASTERBOARD 2x15mm FIREBOARDS on garage ceiling EXISTING FLOOR LEVEL TO BE CONFIRMED 0 00 0 00 EXISTING FLOOR THICKENESS ASSUMED Other items TBC Existing Ground Floor Level in relation to external ground levels Existing Ground Floor structure Existing garage ceiling floor to ceiling height ENCASED GROUND BEAM TO ENG DESIGN EXISTING FOUNDATION ASSUMED EXISTING FOUNDATION ASSUMED EXISTING DRAINAGE DEPTH SIZE LOCATION TO BE CONFIRMED PROPOSED C04 S11 P278 STRIP FOUNDATION A9 ARCHITECTS The Minster Building 21 Mincing Lane London EC3R 7AG www A9architects com TEL 44 0 20 7470 9299 EMAIL info a9architects com PROJECT DESCRIPTION 124 Grove Road Tring HP23 5PA Loft Conversion and Extensions to Existing Garage comprising Ground Floor Gym and First Floor Music Room STATUS NOTE This is NOT a construction drawing There are many assumed elements to be gyproc ie checked on site many others pending structural engineer s design Dimensions are indicative only at this preliminary stage OUTLINE BB in rk ess wo ogr pr CAVITY WEEPS CLEAR FINISH spaced 450mm max Section 1 50 FOR INFORMATION DRAWING TITLE Floor Plans and Section CLIENT Martin Gibbon DRAWN AD JD JOB No 798 GSPublisherVersion 0 2 100 100 3D VIEW 02 not in scale RCHITECTS ng 21 Mincing Lane London EC3R 7AG www A9architects com 470 9299 EMAL info a9architects com 3D VIEW 03 not in scale CLIENT PROJECT ADDRESS 124 Grove Road Tring HP23 5PA PROJECT DESCRIPTION Loft Conversion and Extensions to Existing Garage comprising Ground Floor Gym and First Floor Music Room DRAWING TITLE DRAWN Martin Gibbon AD JD Proposed 3D Views STATUS PLANNING JOB No 798 CHECKED AD AG DATE SCALE 04 02 2021 NTS A3 DWG No REVISION 014 All rights reserved A9 Architects Ltd 2021 CHECKED AD AG DATE 06 05 2021 SCALE 1 50 A1 DWG No REVISION 100 WIP

41 Alexandra Street PAGE 1 EXISTING AN CONCEPT 13 10 2017 presentation

41 Alexandra Street PAGE 1 EXISTING AN CONCEPT 13 10 2017 presentation

41 Alexandra Street PAGE 1 EXISTING AN CONCEPT 13 10 2017 presentation

AKM EMEL LAP 1 00 F 7 03 K ZLEKED CAMPUS T BBI R SZ T SSZEK T FOLYOS ELLEN RZ TT KOLL GIUMI TER LET 0 00 N LIS E G OPCIOET S HA KONY SI LEH B V T KONYHAI BESZ LL T S 41 Alexandra Street PAGE 1 CONCEPT 13 10 2017 presentation presentation

t 020 7470 9299 e info a9architects com www a9architects com 9 Fisher s Lane Chiswick WEST LONDON W4 1RX The Minster Building 21 Mincing Lane EAST LONDON EC3R 7AG 2021 v2