Latest 3ds Max resources
Find ready-to-use assets for interior visualization, furniture layouts, decor scenes, plants, people, and architectural projects.
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The largest of the set: a broad, towering crown solid with white flowers on a heavy trunk, the low limbs sweeping wide to give a fully established silhouette that fills its frame. Modeled in 3ds Max (.max) with V-Ray shading, it suits hero spring placements in landscape visualization and the foreground of large residential or civic exterior renders.
Strong scaffold limbs fork from a thick trunk and lift into a tall, deep dome of white blossom, the mature Callery pear holding the rounded outline the species settles into with age. Modeled in 3ds Max (.max) with V-Ray shading, this mature specimen anchors exterior visualizations of established gardens, avenues, and civic landscapes in spring.
A fuller, more even crown of white flowers tops a clean lower trunk on this semi-mature Callery pear, the blossom heavy enough to blur the branch structure into a soft white mass. Modeled in 3ds Max (.max) with V-Ray shading, it is a dependable mid-ground flowering tree for park, campus, and residential-street landscape renders.
The branches open out into a broader teardrop of white blossom here, the flowering just as dense but carried on a wider frame with the lower limbs beginning to arch away from the trunk. Modeled in 3ds Max (.max) with V-Ray shading, the fuller shape suits lawn specimens and mixed planting in early-spring exterior visualization.
An upright young Callery pear in full spring bloom, the bare branches wrapped in a froth of small white flowers with no leaves yet, the narrow crown showing its tight vertical branching. Modeled in 3ds Max (.max) with V-Ray shading, the dense white blossom makes it a strong seasonal accent for residential garden and street-tree visualization.
The largest of the set: a big, billowing crown of dark purple leaves on a stout trunk, the low limbs sweeping wide to give a fully established silhouette that dominates its frame. Modeled in 3ds Max (.max) with V-Ray shading, it suits hero placements in landscape visualization and the foreground of large residential or civic exterior renders.
Heavier limbs fork from a thickened trunk and carry a full, deep crown of purple foliage, the canopy now broad and well balanced with the ragged edges of a tree that has had time to fill out. Modeled in 3ds Max (.max) with V-Ray shading, this mature specimen anchors exterior visualizations of established gardens and residential avenues.
A dense, rounded crown of dark burgundy leaves sits on a short clean trunk here, the many fine twigs packed tightly so the outline reads as a solid ball of colour. Modeled in 3ds Max (.max) with V-Ray shading, this semi-mature form is a dependable mid-ground ornamental for park, campus, and residential-street landscape renders.
Lower branching and outward-reaching limbs widen this cherry plum into a broad, slightly untidy head of purple foliage that spreads well past the width of the trunk. Modeled in 3ds Max (.max) with V-Ray shading, the wider habit suits lawn specimens, courtyard corners, and mixed borders where the dark leaf colour reads as contrast.
An upright young cherry plum with a narrow, slightly irregular crown of deep burgundy-purple leaves, the slender branches still open enough to show the dark trunk and low fork. Modeled in 3ds Max (.max) with V-Ray shading, the strong leaf colour makes it a useful accent for residential garden and street-planting visualization.
The largest of the set: a deep, wide-spreading crown of dense green leaves carried on a heavy cluster of stems, the canopy sweeping almost to the ground for a full, established look. Modeled in 3ds Max (.max) with V-Ray shading, it suits hero spring and summer placements in landscape visualization and the foreground of residential or civic exterior renders.
Thick, well-spaced stems rise from ground level into a wide, billowing crown of green foliage, giving this mature Persian ironwood the broad spreading outline the species is known for. Modeled in 3ds Max (.max) with V-Ray shading, the mature multi-stem form anchors exterior visualizations of established gardens and public planting.
A fuller, more rounded head of dense green leaves tops the cluster of stems on this semi-mature Persian ironwood, the interior branching still visible where the light breaks through. Modeled in 3ds Max (.max) with V-Ray shading, it is a reliable mid-ground ornamental for park, campus, and residential landscape renders.
The multiple stems spread wider apart and arch outward, building a broad, low dome of green foliage that is clearly wider than it is tall on this Persian ironwood. Modeled in 3ds Max (.max) with V-Ray shading, the wide horizontal habit works for lawn specimens, patio corners, and mixed shrub borders in exterior visualization.
Several slender stems lean out from a low fork, carrying an open, airy spray of small mid-green oval leaves on this young Persian ironwood, the branch structure easy to read through the foliage. Modeled in 3ds Max (.max) with V-Ray shading, the compact shrubby habit suits courtyard beds, entry planting, and small-garden visualization.
The largest of the set: a full, towering crown of dense green foliage on a stout trunk, the low limbs sweeping wide to give a mature, established silhouette that fills its frame. Modeled in 3ds Max (.max) with V-Ray shading, it suits hero placements in landscape visualization and the foreground of large residential or civic exterior renders.
Heavy scaffold limbs fork from a thick trunk and lift into a tall, deep crown of dark green leaves, the outline still roughly conical but far broader and more solid than the younger trees. Modeled in 3ds Max (.max) with V-Ray shading, this mature specimen anchors exterior visualizations of established gardens, avenues, and civic landscapes.
Taller and denser, this semi-mature black gum holds an even oval-pyramidal crown of layered green foliage above a clean length of grey trunk, the branching now well filled in. Modeled in 3ds Max (.max) with V-Ray shading, it is a dependable mid-ground shade tree for park, campus, and residential-street landscape renders.
The lower branches lengthen and dip outward here, widening the base of the crown while the leader keeps its point, so the tree reads as a broad-shouldered cone of dark green foliage. Modeled in 3ds Max (.max) with V-Ray shading, the fuller lower canopy works for lawn specimens and mixed planting in exterior visualization.
A straight central leader carries tiers of short horizontal branches, all clothed in glossy mid-green oval leaves that taper to a narrow pyramidal top on this recently planted black gum. Modeled in 3ds Max (.max) with V-Ray shading, the tidy conical form suits residential garden and street-tree visualizations where a small upright specimen is needed.
The largest of the set: a broad, deep crown of dense green leaves on a heavy trunk, the low forking limbs sweeping wide to give a full, established silhouette. Modeled in 3ds Max (.max) with V-Ray shading, it suits hero placements in landscape visualization and the foreground of large residential or civic exterior renders.
An open, vase-shaped crown of green foliage spreads from a tall clean trunk with textured bark, the main limbs forking high and reaching out into a wide, light canopy. Modeled in 3ds Max (.max) with V-Ray shading, this mature tree anchors exterior visualizations of established gardens, orchards, and residential streets.
A fuller, more upright rounded crown of dense green leaves tops a firmer trunk on this semi-mature crab apple, the branch structure now well filled in and evenly balanced. Modeled in 3ds Max (.max) with V-Ray shading, it is a reliable mid-ground ornamental for park, campus, and residential-street landscape renders.
Low, wide branching gives this crab apple a broad spreading head that reaches out well past its height, the green foliage thinning toward the outer tips of the horizontal limbs. Modeled in 3ds Max (.max) with V-Ray shading, the wide low habit works for lawn specimens, patio shade, and cottage-garden layouts in exterior visualization.