01 / The Region · Aerial Photo Library

Aerial Photo Library

Reference imagery from the 2024 drone survey.

KARANGASEM · EAST BALI · 8°31'12"S · 115°35'40"E · 340 M ELEV.

About This Library

The aerial imagery collection presented here represents the most comprehensive visual documentation of the Sidemen Valley development corridor assembled to date. Conducted across four survey days in the dry season of 2024, the survey covers the full extent of the primary commercial development zone — from the valley floor rice terraces at 340 metres elevation to the upper ridgeline parcels at 620 metres — and captures the landscape conditions that site selectors and resort designers require to advance pre-feasibility assessment without an immediate site visit.

All imagery in this library is provided at preview resolution for initial assessment purposes. Full-resolution files — 42-megapixel RAW stills and 4K video sequences — are available to qualified investors following a brief verification process and NDA execution. The preview library below is organised into five categories that correspond to the principal development typologies identified in the site analysis.

Category 1: Valley Floor

The valley-floor category documents the central agricultural zone along the Unda River tributary at elevations between 340 and 400 metres. Images in this category show the density and condition of the Subak-irrigated rice field network, the village settlement pattern at the valley base, and the water channel infrastructure that forms the backbone of the agricultural system. Site selectors will find these images useful for assessing the spatial relationship between existing agricultural land, road access, and the lower slope parcels where valley-floor resort components would typically be positioned.

Key frames in this category include a full-valley orthomosaic compiled from 180 individual still images , morning and late-afternoon sequences captured to show the light behaviour across the rice field surfaces, and ground-level context frames that document the character of the village road network and agricultural track system. All valley-floor imagery was captured between 6:00 and 9:00 a.m. local time to take advantage of the low-angle morning light that most accurately represents the visual conditions a resort guest would experience from villa terraces facing the valley.

Category 2: Rice Terraces

The rice terrace category captures the tiered agricultural landscape of the valley’s mid-slopes at elevations between 400 and 520 metres — the most visually distinctive component of the Sidemen development proposition. These images document the extent, condition, and visual character of the working terraced rice system that constitutes the primary landscape asset for resort positioning and the primary cultural asset for Subak heritage interpretation.

This category includes oblique aerial sequences that capture the three-dimensional depth of the terrace stacking, nadir (directly downward) frames that document the spatial pattern of terrace walls and water channels, and contextual wide-angle frames that show the terraces in relationship to the surrounding valley walls and Agung’s upper slopes. Several sequences were captured during an active planting period, providing images of the vivid green of newly planted paddies that represent the most marketable phase of the agricultural cycle from a visual communications perspective.

Category 3: Ridgeline Parcels

The ridgeline parcel category documents the upper development zone above 520 metres, where the terrain transitions from terraced agriculture to mixed bamboo forest, scrub vegetation, and exposed volcanic rock outcrops. These parcels represent the location context for ultra-luxury private retreat formats — sites that offer physical separation from the valley activity, panoramic exposure, and the atmospheric conditions of elevation that premium wellness operators require.

Imagery in this category includes horizon-line sequences capturing the 180-degree view from representative ridgeline points toward both Mount Agung (to the north and northeast) and the ocean horizon (to the south and southwest), documentation of existing vegetation cover and soil exposure conditions that inform earthworks assessment, and drone-level footage that conveys the sense of terrain at parcel scale — critical context for architects developing early massing concepts without a site visit.

Category 4: River Access

The river access category documents the Unda tributary system and its associated riparian corridors throughout the development zone. River-frontage conditions are one of the most sought-after site characteristics in valley resort development globally, and the Sidemen sequence captures the specific conditions — water clarity, bank stability, vegetation character, and seasonal flow variation — that determine the viability of river-adjacent programming such as riverside dining pavilions, open-air bathing facilities, and natural swimming areas.

This category includes upstream and downstream sequences at four named access points along the tributary, images of existing natural pool formations that could support resort infrastructure integration, and footage captured during both dry-season low-flow and post-rain mid-flow conditions to give investors a complete picture of seasonal river character.

Category 5: Sunset Aspects

The sunset aspect category is the most operationally specific component of the imagery library — documenting the direction, quality, and duration of the evening light event from key development parcels across the corridor. The southwestern valley wall orientation and Agung’s northern position conspire to produce a sunset condition in Sidemen that is materially different from the ocean sunsets of coastal South Bali, and arguably more intimate: the evening light catches the terraced slopes and the river valley below in a sequence of shadow and warmth that moves through the landscape over approximately 40 minutes from the moment the sun drops behind the western ridge.

Imagery in this category was captured from five representative parcel positions across the development zone, at multiple times between 5:00 and 7:00 p.m. local time across three consecutive evenings. The result is a time-lapse quality documentation of the evening light event that resort designers and hospitality operators can use to assess the sunset programming potential — infinity pool orientation, outdoor dining terrace positioning, and villa terrace design — from each parcel type.

Accessing Full-Resolution Files

The preview library available on this platform represents approximately 15 percent of the total image library by file count and a curated selection across all five categories. The full library — 340 still files at 42-megapixel RAW resolution and approximately 90 minutes of 4K video footage — is available under NDA to institutional investors who have completed the qualification process. GIS deliverables including an orthomosaic and digital elevation model of the full survey area are available separately for technical due diligence purposes.

To request access, use the contact form on this site. The advisory team will respond within two business days with a verification process outline.

FAQ

Frequently Asked

How do I access the full-resolution drone imagery?
Full-resolution imagery from the 2024 survey is available to qualified investors under NDA. The library comprises approximately 340 files at 42-megapixel RAW resolution and 4K video sequences totalling approximately 90 minutes of edited footage. Access is granted following a brief investor verification process — submit a request via the contact form and a member of the advisory team will respond within two business days.
What drone survey methodology was used and what is the coverage area?
The 2024 survey was conducted over four days in the dry season using a DJI Mavic 3 Enterprise platform supplemented by a DJI Matrice 300 RTK for high-altitude ridgeline coverage. Total survey area covers approximately 480 hectares across the primary development corridor, from the valley floor at 340 metres elevation to the upper ridgeline at 620 metres. All imagery is geotagged with RTK GPS coordinates to sub-metre accuracy and is available in both JPEG and RAW DNG formats. Orthomosaic and digital elevation model outputs are available as GeoTIFF files for GIS integration.
Request Feasibility Report