Change surfaces and view attributes. The car can be rotated to fit the contour of the site.

A 3D form to represent a gabion wall. A rectangular cage encloses a stack of randomized rocks. Care has been taken to reduce the number of edges and polygons, so the center is hollow and the rocks are angular. However if you apply a textured surface, the effect is not too bad.

A parametric hand basin 'vanity' unit. Choose from three basic geometries, then add doors and drawers. Choose basin, door panel and handle styles, and set dimensions. The basin can sit on or under the counter, or flush to the counter surface. Note that the model does not include tapware (faucets). These must be placed independently.

Choose a straight, L-shaped or U-shaped path for the rail. At the corners, the rail bends smoothly around a parametric radius to allow the curtains to slide smoothly. The curtains themselves may be opened or closed. For visualization, the bottom edge of the curtain fabric waves slightly in 3D. In section or elevation view the curtain fabric falls vertically. Adjust the path graphically using dynamic hotspots.

An engineer's bolt for 3D detailing. Define the bolt size with control over all relevant dimensions. Include nuts and washers. In plan view the bolt may be displayed in various modes. Rotate the bolt in 3D. When used as a Solid Element Operator, the bolt will cut an oversized hole and will allow space around the head and nut.

A professional basketball hoop. Set materials, pens, etc. and adjust some dimensions.

Imac for interior visualization. Choose display size and keyboard type. Move the keyboard and mouse graphically.

A parametric wall mounted WC inspired by the Villeroy & Boch Subway range.Set the overall width, depth and height of the toilet.Choose materials for the toilet and seat. Set the resolution of the model and 2D symbol. The object is self-labelling in plan view and can display minimal space requirements.

Ceiling fan with four blades.

A parametric steel chain for 3D detailing. Adjust the horizontal run and vertical rise and the link dimensions. Set a 'sag' dimension to allow the chain to follow a natural path. Use a checkbox in the Settings dialog to force the chain to use a whole number of links. This will add a link if the chain is too short to follow the specified path, and the 'sag' will increase. In 3D (i.e. not sections or elevations) you can specify a 'twist' angle - both incremental and random - to apply between adjacent links. This can make for a more realistic rendering.

A countersunk wood screw for 3D detailing. Set the dimensions and choose the head type.

An attic ladder.

Ceiling fan with four blades.

A shower unit including (optional) curved back wall, glass panels and doors. The shower shape may be either rectangular, corner, or curved corner.

Alfa Romeo Brera 3.2 JTS V6 2008. Change surfaces and view attributes. The car can be rotated to fit the contour of the site.

A fire box with optional flue and cowl. If a flue is shown, it may be bent to penetrate a wall. An image in 3D can depict flames and a glow is emitted in photorendered views. The object is self-labelling in plan view.

A fire box with optional flue and cowl. If a flue is shown, it may be bent to penetrate a wall. An image in 3D can depict flames and a glow is emitted in photorendered views. The object is self-labelling in plan view.

A gas cylinder on a concrete pad. Options include pad shape and dimensions, and whether one or two gas bottles will be placed. Minimum clearance may be displayed in plan view and as a conical form in 3D.

Oval monolithic basin with drain. If used as a Solid Element Operator will cut an appropriate hole.

A parametric free-standing bath inspired by the Victoria and Albert 'Toulouse' collection. Set the overall width, depth and height of the bath, and the material thickness. Dynamic hotspots can be used to control the shape. The 3D model can be displayed at three resolutions (detailed, regular or simple). Choose materials for the bath and drain. Set the resolution of the model and the 2D symbol. Set pens and fills for the 2D symbol. In plan view, the object is self-labelling.

Change surfaces and view attributes. The car can be rotated to fit the contour of the site.

A boat and/or trailer. The boat is an outboard motor type inspired by the Haines Hunter range. Set basic dimensions of the boat and trailer, surfaces and pens.

A rebar cross brace.

A tek screw for 3D detailing. Set the dimensions and choose the washer type.

A standard netball post and net. Most of the dimensions are fixed by the rules of netball.

A model of an interior ceiling mounted air diffuser for use in heating and cooling solutions. Parametric object set grille type, surfaces ect. Object is self labeling in plan view.

A parametric 2-door domestic refrigerator with freezer drawer under. Settings control the basic dimensions.Set the overall width, depth and height, freezer height, door width, handle length, and the position and size of the ice water dispenser.Choose materials for the appliance, handle and controls. Set the resolution of the model and the 2D symbol. Set pens and fills for the 2D symbol. The object is self-labelling in plan view.

A generic caravan for visualization.

Smoke detector inspired by the Apollo product range. Dovetails seamlessly with the Cadimage Electrical tool. Can be rotated for either wall or ceiling mounting.

A Gib Handibrac® panel hold-down bracket. The dimensions of the bracket and fixings are locked to the real-life dimensions of this product. Choose whether to show the bolt and screw threads or just the heads.

A coach screw for 3D detailing. Set the dimensions and choose the washer type.

A parametric, hand-held umbrella for visualization. Adjust the dimensions of the umbrella, the number of spokes, its Materials and Pens. Graphically control the tilt angle, and raise or lower the umbrella. The umbrella may be placed either upright or inverted. And each placed instance has a random slight tilt angle, which looks great in mass grouping.

A round exterior water tank with 8 preset sizes. The object is self-labeling in plan view.

A parametric 2-burner gas cooktop. Set the overall width, depth and height of the cooktop. Adjust the burner dimensions and the position of the knobs. Choose materials for the cooktop, burners and knobs. Set the resolution of the model and the 2D symbol. Set pens and fills for the 2D symbol. The object is self-labelling in plan view.

Ceiling fan with three blades.

A marker to indicate theoretical sunrise and sunset angles for winter and summer. The angles are calculated based on the latitude as set in the Project Preferences. Place it as a border around any North pointer to form a complete symbol.

A flue for visualization. The flue may be bent to penetrate a wall.

A laundry tub inspired by the RobinHood supertub range. The tub includes a simple cabinet. Tapware must be added as separate objects.

A low polygon automobile based on a medium sized truck. Can be set to two different models flat bed truck, and box truck. The simple model in intended to provide context without detracting from the Architectural features of a rendering. The entire model consists of under 400 polygons.

A basic top-loading washing machine for interior visualization. Choose from two control lay-outs and set the dimensions.

childrens playground barrel bridge.

A cargo net for use as childrens playground equipment.

A mobility parking symbol. The 3D model may be given a thickness, to allow use as an operator in solid element operations.

A parametric standard 1-door oven and ceramic cooktop with heating drawer below. Set the overall width, depth and height of the oven, and the dimensions of the heating drawer and control panel. Choose materials for the appliance and its controls. Set the resolution of the model and the 2D symbol. Set pens and fills for the 2D symbol. The object is self-labelling in plan view.

Platfrom roof, designed for use in childrens playgrounds.

A parametric range hood. Set the overall width, depth and height of the hood, and the dimensions of the flue. The flue position may be adjusted forward from the back of the range hood to change between wall-mounted and island style hoods. Choose materials for the appliance and its controls. Set the resolution of the model and the 2D symbol. Set pens and fills for the 2D symbol. The object is self-labelling in plan view.

A parametric 2-door domestic refrigerator with 2 freezer drawers below. Settings provide control over the basic dimensions.Set the refrigerator width, depth and height, and the freezer heights. Adjust the handle lengths.Choose materials for the appliance and handle. Set the resolution of the model and the 2D symbol. Set pens and fills for the 2D symbol. The object is self-labelling in plan view.

A faceted rock that randomizes its shape on placement if required. Placed rocks can be re-shaped at the press of a button.

A swing, designed for use in a childrens playground.

A parametric bench-mounted single-lever pull-down kitchen tap. Set the dimensions of the tap, and graphically adjust the spout angle. Choose a material for the kitchen tap. Set the resolution of the model and the 2D symbol. Set pens and fills for the 2D symbol. The object is self-labelling in plan view.

A toilet roll holder inspired by the Miles Nelson range. Set the overall size, the individual component diameters including the wall mount, different lengths of the holder as well as radius and width of the rail. Adjust the materials of the holder, the toilet paper and the roll. Set the resolution of the model and the 2D symbol. Set pens and fills for the 2D symbol. The object is self-labelling in plan view.

Heated towel rail with adjustable rung positions.

A centreline marker.

A simple front-loading dryer for interior visualization. To hang the dryer on the wall, inverted it so that the control panel is at the bottom.

An external hot water system. Adjust the overall dimensions, surfaces, etc. The object is self-labeling in plan view.

A continuous flow hot water system inspired by the Rinnai Infinity product range. Set basic dimensions, surfaces etc. The object is self-labeling in plan view.

A fold-down ironing board in a dedicated cabinet. Dynamic hotspots are provided to open the cabine door, pull the ironing board down and rotate it into position.

A low-polygon automobile based on the Mitsubishi Lancer Evolution 9. The simple model is intended to provide context without detracting from the Architectural features of a rendering. The entire model consists of under 500 polygons.

An annular groove nail to model Mitek fixings for Lumberlok joist hangers.

A scale bar to facilitate taking scaled measurements from printed drawings.

A rectangular skylight. The panel may be fixed or opening. If placed as a skylight (i.e. using the Skylight tool from ArchiCAD's toolbox) this object will cut a hole in the roof and align to the roof surface.

A solatube skylight with parametric control for tube path and dimensions.

A basic 3D tree roughly resembling a birch. Being deciduous, the number and colour of leaves depends on the season. The tree is modeled on a randomizing algorithm. You can create a new random tree by clicking a button in the Settings dialog. This process takes several seconds, but once complete the data is stored and no further calculations are required. Thus 3D generation is relatively quick.

A candy cane for the Christmas tree.

A bell for the Christmas tree.

A star for the Christmas tree.

A star for the Christmas tree.

A parametric 3D Christmas Tree with balls. The tree size and stem height may be adjusted. Each branch is placed using a randomization algorithm, so that by clicking a Randomize button variations of the tree may be produced. The balls are attached to the longer branches, size and material being randomly selected. However you can set the number of balls that should be placed. Shadow-casting for plan and 3D view is controlled via a single selection.

A bauble for the Christmas tree.

Recreational climbing wall for childrens playground.

A parametric 4-pan electric cooktop. Set the overall width, depth and height of the cooktop, and the size and position of each heating coil. Set the position of the control knobs. Choose materials for the appliance, the heating coils knobs. Set the resolution of the model and the 2D symbol. Set pens and fills for the 2D symbol. The object is self-labelling in plan view.

A parametric 4-plate electric cooktop. Set the overall width, depth and height of the cooktop. Adjust the position and size of each hotplate, and the position of the knobs. Choose materials for the appliance, hotplates and knobs. Set the resolution of the model and the 2D symbol. Set pens and fills for the 2D symbol. The object is self-labelling in plan view.

A parametric 4-pan electric cooktop. Set the overall width, depth and height of the cooktop. Adjust the position and size of each heating element, and the positions of the knobs. Choose materials for the appliance, heating elements and knobs. Set the resolution of the model and the 2D symbol. Set pens and fills for the 2D symbol. The object is self-labelling in plan view.

A parametric single-door domestic dishwasher with settings to control the basic dimensions. Set the overall width, depth and height and the toekick height and depth. Choose materials for the appliance and its controls. Set the resolution of the model and the 2D symbol, pens & fills. The object is self-labelling and will display minimal space based on the Model View Option settings.

A single dish-drawer type dishwasher. Set the overall dimensions. Choose materials for the appliance and controls. Set the resolution of the model and the 2D symbol. Set pens and fills for the 2D symbol. The object is self-labelling in plan view.

Firemans pole, designed for use on childrens playground.

Model of a simple garden gazebo. This model has a number of different shape in addition to adjustable parameters and surfaces.

A gift box to place under the Christmas tree.

A Grab Rail with an upward bend. Set the overall size, the individual component diameters, the main rail curve radius, the distance from the wall and the materials.

A corner Grab Rail. Set the overall size, the individual component diameters, the main rail curve radius, the distance from the wall and the materials.

A straight Grab Rail. Set the overall size, the individual component diameters, the main rail curve radius, the distance from the wall and the materials. Adjust the angle of the grab rail.

A rectangular gully trap.

A horizontal bar, designed to use on childrens playground.

A parametric joist / truss hanger for 3D detailing. Designed to model Lumberlok JH47 x 120 or similar joist or truss hanger. Hotspots on the holes provide a target for placing 3D screws and nails. Use in conjunction with 3D fixings such as Nail #1607 and Screw #1596.

A parametric joist / truss hanger for 3D detailing. Designed to model Lumberlok JH47 x 190 or similar joist or truss hanger. Hotspots on the holes provide a target for placing 3D screws and nails. Use in conjunction with 3D fixings such as Nail #1607 and Screw #1596.

A parametric joist / truss hanger for 3D detailing. Designed to model Lumberlok JH47 x 90 or similar joist or truss hanger. Hotspots on the holes provide a target for placing 3D screws and nails. Use in conjunction with 3D fixings such as Nail #1607 and Screw #1596.

A parametric joist / truss hanger for 3D detailing. Designed to model Lumberlok JH70 x 180 or similar joist or truss hanger. Hotspots on the holes provide a target for placing 3D screws and nails. Use in conjunction with 3D fixings such as Nail #1607 and Screw #1596.

A parametric joist/truss hanger for 3D detailing. Designed to model Lumberlok JH95 x 165 or similar joist or truss hanger. Hotspots on the holes provide a target for placing 3D screws and nails. Use in conjunction with 3D fixings such as Nail #1607 and Screw #1596.

A parametric kitchen sink with two bowls and no drainer. Set the overall width, depth and height of the sink. Adjust the dimensions of the bowls, the offset of the second bowl, and the position and diameter of the drains. Choose a material for the kitchen sink. Set the resolution of the model and the 2D symbol. Set pens and fills for the 2D symbol. The object is self-labelling in plan view.

A parametric kitchen sink with two bowls and two drainers. Set the overall width, depth and height of the sink. Adjust the dimensions of the bowls and drainers, and the position and diameter of the drains. Adjust the drainer rib pattern. Choose a material for the kitchen sink. Set the resolution of the model and the 2D symbol. Set pens and fills for the 2D symbol. The object is self-labelling in plan view.

Monkey bars, designed for use in childrens playground.

Timber elevated platform for use in a childrens adventure playground.

A basic 3D tree roughly resembling a poplar. Being deciduous, the number and colour of leaves depends on the season. The tree is modeled on a randomizing algorithm. You can create a new random tree by clicking a button in the Settings dialog. This process takes several seconds, but once complete the data is stored and no further calculations are required. Thus 3D generation is relatively quick.

A single or multiple power line with optional insulators at either end. Set power line length, rise and droop. Can be used in conjunction with the Power Pole #1511 object.

A power/utilities pole including post, cross-members and optional transformers. For use in conjunction with the Power Line #1512 object which can be used to add wires and insulators.

A parametric curved-top range hood. Set the overall width and depth of the hood, and the thickness at edge and center. Adjust the dimensions and position of the flue to change between a wall-mounted or island type range hood. Choose materials for the appliance, and its controls. Set the resolution of the model and the 2D symbol. Set pens and fills for the 2D symbol. The object is self-labelling in plan view.

A parametric curved glass range hood with settings to control the basic dimensions. Set the overall width, depth and height of the hood, and the size and position of the flue. Choose materials for the range hood, the glass, and its controls. Set the resolution of the model and the 2D symbol. Set pens and fills for the 2D symbol. The object is self-labelling in plan view.

Offset block retaining wall for site visualization. Can be straight or curved.

Timber retaining wall for site visualization.

A smooth river boulder that randomizes its shape on placement if required. Placed rocks can be re-shaped at the press of a button.

Safety rail, designed for use on childrens playground.

A standard New Zealand direction street sign for visualization. An image is pasted onto a back board, with an option to mount on a post. Set dimensions, choose direction (turn left, turn right, turn left or right, or proceed straight ahead) and choose from 4 standard sign sizes. Note that the image appears only in Open GL and photorendered views. Also note that at the time of upload, a bug fixed in ArchiCAD 18 may prevent effective use in previous versions.

A standard New Zealand give-way sign for visualization. An image is pasted onto a back board, with an option to mount on a post. Set dimensions and choose from 3 standard sign sizes. Note that the image appears only in Open GL and photorendered views. Also note that at the time of upload, a bug fixed in ArchiCAD 18 may prevent effective use in previous versions.

A standard New Zealand direction street sign for visualization. An image is pasted onto a back board, with an option to mount on a post. Set dimensions, choose direction (no left turn, no right turn, or no U-turn) and choose from 4 standard sign sizes. Note that the image appears only in Open GL and photorendered views. Also note that at the time of upload, a bug fixed in ArchiCAD 18 may prevent effective use in previous versions.

A standard New Zealand roundabout give-way sign for visualization. An image is pasted onto a back board, with an option to mount on a post. Set dimensions and choose from 3 standard sign sizes. Note that the image appears only in Open GL and photorendered views.

A standard New Zealand speed-limit street sign for visualization. An image is pasted onto a back board, with an option to mount on a post. Set dimensions, choose the speed limit (10km/h up to Open Road speed in steps of 10) and choose from 3 standard sign sizes. Note that the image appears only in Open GL and photorendered views. Also note that at the time of upload, a bug fixed in ArchiCAD 18 may prevent effective use in previous versions.

A standard New Zealand stop street sign for visualization. An image is pasted onto a back board, with an option to mount on a post. Set dimensions, and choose from 3 standard sign sizes. Note that the image appears only in Open GL and photorendered views. Also note that at the time of upload, a bug fixed in ArchiCAD 18 may prevent effective use in previous versions.

A traditional street sign with optional arrow at either end. Set the street name, font and dimensions.

Slide, designed for use in childrens playgound.

An LED street light with either one or two lamps on curved arms. Set the post and arm dimensions, and move the arms up and down on the post. NOTE - this is not a light source, just a 3D model.

A parametric, bench-mounted, single-lever, automatic basin tap. Set the dimensions of the tap, and graphically adjust the spout and lever angles. Choose a material for the basin tap. Set the resolution of the model and the 2D symbol. Set pens and fills for the 2D symbol. The object is self-labelling in plan view.

A parametric bench-mounted kitchen tap with separate handles. Set the dimensions of the spout and handles, and the position of the handles relative to the spout. Graphically adjust the spout angle. Choose a material for the kitchen tap. Set the resolution of the model and the 2D symbol. Set pens and fills for the 2D symbol. The object is self-labelling in plan view.

A simple timber beam, designed for use as a component of a childrens playground.

Tinsel for the Christmas tree.

A New Zealand style traffic light. Select a setout (including left or right turning arrows), set the dimensions and choose surface colours. For each column of lights, choose which of the three is currently on (i.e. red, amber or green). An optional post is included. NOTE - this is not a light source.

Vertical grab rails, designed for use in childrens play ground.

A plastic 120L Wheelie Bin, designed for road side pick up by rubbish trucks.

A plastic 240L Wheelie Bin, designed for road side pick up by rubbish trucks.

A basic 3D tree that remotely resembles a weeping willow. Being deciduous, the number and colour of leaves depends on the season. The tree is modeled on a randomizing algorithm. You can create a new random tree by clicking a button in the Settings dialog. This process takes several seconds, but once complete the data is stored and no further calculations are required. Thus 3D generation is relatively quick. However be warned, the model has an extremely high polygon count.

Timber planks laid over cables to form a wobbly bridge for use in an adventure playground.

A parametric hot water cylinder. Adjust the dimensions, surfaces, etc. The object is self-labelling in plan view.

A designer laundry tub inspired by the Robinhood supertub range.

NZS E2 Risk Analysis table.

A flush mount switch board for visualization, inspired by the Clipsal/PDL DBF series.

Bolt Data Arrays engData - Engineering Bolts 1 - Diameter of Bolt 2 - Pitch of Thread 3 - Width Across Flat of Head and Nut 4 - Width Across Corners 5 - Head Thickness 6 - Nut Thickness coachData - Coach Bolt Data 1 - Size of Bolt 2 - Pitch of Thread 3 - Body Diameter 4 - Head Diameter 5 - Head Thickness 6 - Width Across Flat of Nuts 7 - Width Across Corner of Nuts 8 - Nut Thickness 9 - Thread Length when O/A Lenght <=125mm 10 - Thread Length when O/A Length between 125 and 200mm 11 - Thread Length when O/A Length >200mm screwData - Coach Screw Data 1 - Nominal Size of Screw 2 - Pitch of Thread 3 - Diameter of Screw 4 - Width Across Flat of Head 5 - Width Across Corners 6 - Head Thickness 7 - Root Diameter

A holly wreath for the festive season with adjustable dimensions and materials.